Sustainability Measures for SMEs — Notes

IIM Bangalore BBA in Digital Business and Entrepreneurship · Term 4 · 4 modules, 144 topics.

Climate Adaptation and Resilience

Integrating Adaptation & Resilience

Adaptation equips SMEs to anticipate and reduce long-term climate risks (e.g., shifting to water-efficient processes, redesigning supply chains). Resilience enables them to withstand and recover from acute shocks (floods, heat waves, power outages). Treating them in isolation leaves protection incomplete:

Adaptation without resilience → firm is vulnerable when a crisis strikes; plans fail if recovery capacity is missing.
Resilience without adaptation → firm is locked into a costly reactive cycle, never reducing underlying vulnerabilities.

Integration creates a dual shield: proactively reduce vulnerabilities (adaptation) while building endurance to bounce back (resilience).

Real-World Examples

Tirupur Textile Cluster (India)

Adaptation: Local textile SMEs adopted water-efficient dyeing technologies and wastewater recycling. This reduces dependency on fresh water, lowers compliance risk with tightening global environmental standards, cuts operating costs, and enhances exporter competitiveness (meets EU/US buyer sustainability criteria).
Resilience: SMEs rely on collective supplier networks and industry associations to pool resources during floods or supply chain interruptions. Shared risk-reduction practices (e.g., community-owned effluent treatment plants) act as safety nets, preserving continuity and buyer trust.
Integration: Adaptation reduces water risk; resilience ensures cluster survival and competitiveness when shocks materialise.

EV Battery Recycling Ecosystem

Adaptation: SMEs pioneer second-life applications for used batteries (e.g., renewable energy storage). This reduces battery waste, extends resource lifecycles, responds to regulatory pressure, and anticipates future scarcity.
Resilience: Closed-loop systems recover valuable minerals (lithium, cobalt, nickel) for reintegration into production. This shields firms from global supply volatility (price spikes, geopolitical tensions) and diversifies revenue streams.
Integration: Adaptation manages ecological risks; resilience safeguards economic continuity → circular economy model.

MasterCard–Omnevue Partnership

Purpose: Deliver integrated financial-grade ESG & carbon accounting tools to financial institutions, enabling them to support SME clients in low-carbon transition.
Components: Education hub, emissions assessment & reporting tools, transition planning support, verified sustainability certifications.
Outcome: SMEs gain eligibility for green loans, subsidies, and incentives; financial institutions optimise their own sustainability performance.

Exam tip: Integration is not just academic — these examples show that adaptation and resilience reinforce each other. In exams, always explain how the two work together, not just define them.

Key takeaways

Adaptation reduces long-term risk; resilience handles acute shocks.
Treating them separately creates gaps: adaptation without resilience fails in crisis; resilience without adaptation is reactive.
Integrated strategy = dual shield: proactive + recovery.
Real-world examples (Tirupur, EV recycling, MasterCard) demonstrate that integration drives competitiveness, market access, and long-term viability.

The Landscape

India's SMEs contribute substantially to employment and output but show uneven engagement with responsible business practices. Large listed enterprises must disclose ESG performance under SEBI's BRSR (Business Responsibility and Sustainability Reporting) mandate, while most SMEs remain outside mandatory reporting. However, a patchwork of enablers exists:

ZED (Zero Defect, Zero Effect) scheme: promotes cleaner production.
Cluster-level Common Effluent Treatment Plants (CETPs): emerged in several states.
Concessional lending windows: for energy and water efficiency via development finance channels.

Global Comparisons

Region / Country	Approach	Key Instruments
European Union	Large firms (under CSRD) push ESG requirements down supply chains; governments fund advisory, digital carbon tools, grants for cleaner equipment.	CSRD, grants, advisory services
Japan & South Korea	SME modernisation programs co-finance renewables and resource efficiency upgrades; resilience treated as part of national industrial policy.	Co-financing, industrial policy
Africa	Financiers link concessional credit to demonstrable climate risk management in cooperatives and small processors.	Concessional credit tied to climate risk

Common thread: Stricter expectations exist alongside accessible toolkits and financial instruments that lower adoption cost. Indian SMEs face similar market pressure but thinner scaffolding to translate intent into auditable practices.

Indian Examples Without a Safety Net

Morbi Ceramic Cluster (Gujarat): Exporters under scrutiny for kiln emissions shifted from solid fuels to cleaner gas and process controls to meet EU buyer expectations. Early movers preserved contracts; laggards faced order erosion.
Kanpur Leather Belt: Non-compliance with water and waste standards triggered closures and buyer exits. Compliant SMEs that invested in effluent treatment and chemical recovery retained international partners.
Agribusiness Cold Chain: Small providers adopting solar hybrid systems cut spoilage and stabilised margins during power shortages.

Exam tip: These cases illustrate a core idea — credible environmental performance is now a condition for global value chain participation, not a differentiator.

How Buyer Requirements Translate into Daily SME Decisions

International buyers increasingly incorporate environmental clauses into contracts:

Minimum renewable energy shares
Discharge norms
Proof of safe chemical handling
Business continuity plans for extreme events

For an Indian SME, this changes:

Procurement: choose efficient machinery.
Energy strategy: add rooftop solar or green power contracts.
Production planning: reduce water and heat intensity.
Documentation: maintain verifiable logs, third-party audits, corrective action follow-ups.

Benefits: Preferred supplier status, longer contract tenures, access to collaborative improvement programs.
Risk of inaction: Disqualification during prequalification rounds or failure of sustainability audits.

Market, Suppliers, and Ripple Effects of Non-Compliance

Supply chains are tightly coupled — one weak link can jeopardise many. When a sub-supplier is suspended for environmental non-compliance:

Upstream assemblers scramble to requalify alternatives.
Delivery schedules slip, working capital cycles lengthen, reputations suffer.

Conversely, SMEs that demonstrate resilience (backup energy, flood-safe layouts, multi-sourcing) become attractive during crises. They:

Reduce contract risks for buyers and lenders.
Justify better terms.
Protect relationships when extreme weather or regulatory shifts occur.

In competitive tenders, proving both adaptation (reduced exposures) and resilience (continuity after stress) is increasingly a deciding factor.

Key takeaways

Indian SMEs face market pressure similar to global peers but have weaker support infrastructure.
ZED, CETPs, and concessional loans are existing enablers; BRSR does not cover most SMEs.
Export-oriented clusters (Morbi, Kanpur) show that compliance determines market access.
Buyer requirements now reshape procurement, energy, production, and documentation at the SME level.
Resilience and responsibility are strong market signals — they reduce risk, improve terms, and protect relationships.

Building Resilient Business through Sustainability and Innovation

SMEs are the beating heart of India’s economy: they contribute 30% of GDP, 40% of exports, and employ ~110 million people. For the country to reach its net‑zero target by 2070, SMEs must be part of the transition. But beyond national goals, sustainability is a survival issue – climate shocks and climate extremities can shut down operations, drain cash, and destroy customer trust.

Why Climate Shocks Hit SMEs Hard

SMEs often lack the buffer (financial, operational, geographic) that large corporations have. Two dominant shocks emerge from practice:

Water scarcity – When municipal water is redirected to communities during a drought, industries face either shutdown or a 3–4× cost for tankers.
Supply chain redundancy – Over‑reliance on a single supplier or region makes SMEs brittle when a climate event disrupts that link.

Exam tip: Climate shocks are not hypothetical – they are already happening. The two most tested examples are water scarcity and supply‑chain concentration. Know the cause‑effect chain: climate extreme → resource shortage → production halt → revenue loss.

Worked example: Micro‑brewery in Bengaluru

A friend’s micro‑brewery had a great product and loyal customers, but in summer 2024 it ran out of water. The only options were tankers (expensive) or borewell water (quality compromised). No water → no beer → forced shutdown in peak season → losses – all due to a climate shock, not market failure.

Takeaway: Every founder should ask: “What is my critical resource? Do I have an alternative?”

The Founder’s Checklist: PESTEL with Teeth

The standard PESTEL analysis (Political, Economic, Social, Environmental, Technological, Legal) is taught in business schools, but for climate resilience the Environmental factor must be elevated. For a founder, this means:

Identify critical resources (water for a brewery, rare earths for EV, high‑value raw materials for pharma).
Categorise them by vulnerability (water, energy, waste, raw materials).
Build alternatives – both for resources and suppliers – to create redundancy.

PESTEL Dimension	Typical Focus	Climate‑Resilient Focus
Political	Policy stability	Climate policy, water rights, emissions regulations
Economic	Market demand	Cost of resource volatility, insurance premiums
Social	Demographics	Community expectations on environmental responsibility
Environmental	Often ignored	Water availability, extreme weather probability, raw material security
Technological	Innovation	Alternative materials, water‑efficient processes, digital monitoring
Legal	Compliance	Building codes (cyclone, flood), environmental permits

The Practitioner’s Evidence: Lean Green Manufacturing

Neeraja’s career at Toyota Kirloskar Motor embedded the principle that sustainability and efficiency are the same thing. After founding EcoMorphosys, she applied those lean‑green practices to over 20 organisations and demonstrated a 15% cost reduction per annum by aligning all stakeholders toward a common sustainability goal.

Exam tip: Sustainability is not a cost centre. The Toyota example shows that fixing small leaks saves thousands of litres – and that saving directly improves the bottom line. Be prepared to argue that cost reduction and resilience go hand‑in‑hand.

Key takeaways

SMEs are the backbone of India’s economy and must be part of the net‑zero pathway.
Climate shocks (water scarcity, supply‑chain disruption) can halt production; founders must identify their critical resources.
PESTEL analysis must treat the Environmental factor as a core strategic input, not an afterthought.
Building redundancy (alternate suppliers, alternate water sources) future‑proofs the business.
Lean manufacturing + sustainability = operational efficiency + cost reduction.

Climate Adaptation and Resilience in Practice: Field Insights

Climate adaptation for SMEs means building business models that absorb shocks from extreme weather, disrupted supply chains, and shifting resource availability — not as add-ons, but as core design features. Two real-world settings — the Himalayas (Uttarakhand) and the tribal uplands of Odisha (Dhenkanal) — illustrate how small enterprises can embed resilience from the ground up.

Climate Vulnerability of Mountain Supply Chains

Hill regions face concentrated climate risks that directly choke enterprise operations:

Risk	Impact on business	Example from Uttarakhand
Cloudbursts / flash floods	Roads washed away; supply chains severed; produce spoils before reaching market	Harshil village (Gangotri route) – entire crop loss, GMVN guest house destroyed
Heavy snowfall	Seasonal dormancy of production; procurement halts for months	Garhwal region – limited harvest windows
Unpredictable rainfall	Damaged infrastructure, delayed repairs (mountains more fragile than plains)	Repeated road washouts despite reinforced construction
Climate-linked spoilage	Perishable goods (fruits, vegetables) rot if transport delayed	Kashmir apple crop losses due to connectivity failure

These disruptions are not one-off; they are increasing in frequency. The transportation cost in hilly areas is already high — extreme events multiply it. Patience and resilience planning become essential entrepreneurial traits.

Exam tip: When asked for examples of climate risk in supply chains, cite “Harshil cloudburst – road washout destroys crop transport” as a vivid case.

Key takeaways

Mountain supply chains are acutely vulnerable to extreme weather (cloudburst, snow, road damage).
Disruptions cause spoilage and income loss; recovery is slow due to terrain.
Businesses must build buffer capacity (processing partners in safer zones, diversified sourcing).

Adaptation Strategies from the Ground

1. Waste-to-Value: Dhokra Craft (Dhenkanal, Odisha)

Dhokra is a traditional metal craft using waste brass/scrap metal from scrapyards.
Artisans (e.g., a national awardee, travelled to 20+ countries) melt and mould waste into figurines, jewellery.
Sustainability angle: diverts metal waste from landfill; low-energy craft using kilns.
Enterprise support: CSR funding (ONGC) procured corporate gifts; Pallavi helped artisans reduce product size (smaller elephants) for portability and global appeal, improve packaging, and sell at IIMB events.
Result: repeated orders from urban customers; direct linkage between artisan and buyer.

2. Value Addition for Climate-Resilient Crops: Millets (Kankadahad Block)

The region is tribal, dry, warm — millets (e.g., ragi / finger millet) are climate-resilient, suited to low rainfall and poor soils.
Under Odisha Millets Mission, the block was selected for millet production. Initial yields low, but improved.
SHG women were trained to process millet into value-added products (cookies, murukkus, noodles) — not sell raw grain. This dramatically increases revenue.
Packaging redesign (butter/ghee instead of oil, addition of nuts) improved nutrition and marketability.
Procurement linkage: local offices bought the biscuits for meetings instead of branded snacks (Britannia/Good Day) — a stable, institutional market built.

3. Climate-Resilient Agriculture: Diversified Farm (Dhenkanal)

An agri-entrepreneur (ex-corporate, IIMB alumnus) started post-COVID.
Crops chosen for climate resilience: dragon fruit (surprising for Odisha), apple berry (apple pear), moringa (drumstick), banana.
He uses technology to assess soil quality and climate conditions.
No wastage: dragon fruit waste converted into organic soap; banana stems used for other products — closed-loop circular model.
He shares knowledge through training programs for other farmers; recognised by district administration.
Impact: breakeven within 1.5 years; now profitable.

Key takeaways

Waste materials can be transformed into high-value crafts (Dhokra) – entrepreneurship that is both sustainable and climate-relevant.
Processing raw crops (milling, baking) creates more revenue and resilience than selling raw commodities.
Diversified cropping with climate-resilient species (millets, dragon fruit) reduces single-crop risk.
Closed-loop systems (waste → soap) eliminate waste and add profit.

Building Resilient Ecosystems: The House of Himalayas Model

House of Himalayas is a Uttarakhand government public limited company that aggregates products from Self-Help Groups (SHGs) and Cluster Level Federations — small, remote rural enterprises. It is designed as a sustainable procurement-to-market channel.

flowchart LR
    A[Farmer / SHG] --> B[Cluster Level Federation]
    B --> C[House of Himalayas<br>aggregation, branding, packaging]
    C --> D[B2C: Amazon, Blinkit, own website]
    C --> E[Corporate gifting, institutional sales]
    D --> F[Customer]
    E --> F
    F -->|Revenue| C
    C -->|Profit percolated down| A

Key design features for adaptation and resilience:

Procurement from remote villages (e.g., Uttarkashi, Harshil) — overcomes market access barrier.
Branding and marketing solves the marketing gap that kills most rural enterprises.
Quality control ensures repeat customers — essential for sustainability.
Price point segmentation (premium for urban, affordable for local) allows flexibility.
E-commerce & quick-commerce registration (GST only required) — lowers entry barrier.
Profit percolation: farmers receive 20-50% more than middleman price (₹100 vs ₹120-150).

Challenges faced: seasonal production (winter dormancy), transportation disruption due to cloudbursts, road washouts. Solution: processing partners in safer lowland areas (Udham Singh Nagar) to handle aggregation and processing when hills are inaccessible.

Impact in 9 months (ongoing as of transcript):

5,000 women linked via CLFs
60+ products live (Rajma varieties, red rice, herbal teas, organic cookies)
Corporate gifting for Diwali
Packaging recognised as high-quality (e.g., Ziploc for tea)

Key takeaways

Aggregation + branding + e-commerce can make remote, climate-vulnerable producers viable.
Government can act as enabler (public limited company, CSR linkages, unused infrastructure leasing).
Profit must flow back to producers to keep the ecosystem resilient.
Storytelling (“harvesting with purpose”) and logo design (mountains, woman farmer) build customer connection.

Skill Development and Local Employment as Adaptation

Climate change drives rural-to-urban migration — when livelihoods collapse, people move. Adaptation must retain people in their communities by creating local jobs.

Dhenkanal example: An unused government building was repurposed as a skill development centre under partnership with Tata Strive. Dropout youth were trained and placed in local industries (steel plants, thermal power, ITI) — not forced to migrate. This closed the loop: building utilised, training provided, local placement secured.

House of Himalayas example: DDUGKY-trained rural candidates (central scheme) are placed as retail sales associates, warehouse staff, accounts — in the same state, close to home. This prevents migration while meeting enterprise labour needs.

Exam tip: Linking skilling to local employment is a triple win — reduces migration, fills enterprise jobs, uses idle infrastructure. Mention DDUGKY + House of Himalayas as a model.

Key takeaways

Climate adaptation includes social resilience – preventing forced migration by creating dignified local work.
Unused government buildings can become skill centres (low-cost, no new infrastructure).
Placement within same district or state retains community bonds and reduces climate vulnerability of migrants.

Lessons for Budding Entrepreneurs

Start with the ecosystem, not just the idea. Identify producers (SHGs, artisans, farmers), understand their challenges (marketing, transportation, climate shocks).
Build trust on ground — spend time with communities (Pallavi’s 2-year immersion), understand their aspirations (e.g., fourth-generation artisan wants to continue craft).
Design sustainability into every link — from sourcing (waste, local, climate-resilient crops) to packaging (ecofriendly, reusable) to market (e-commerce, local offices).
Plan for disruption — have backup processing partners in safer zones; budget for seasonal dormancy; maintain patience during initial years.
Leverage government schemes — Startup India, Mudra Loan, MSME schemes, DDUGKY, CSR funds, unused infrastructure leasing.
Use storytelling and branding — “Harvesting with purpose” communicates sustainability to customers; logo and packaging reinforce mission.
Think circular — waste from one product becomes raw material for another (dragon fruit waste → soap, banana stems → organic pads).

The single most important insight: Climate adaptation is not a separate activity — it is good business design. If your supply chain is vulnerable, you fix it; if your community is at risk of migration, you create local jobs; if your raw material is scarce, you find waste streams. The resilient enterprise is built to last because it adapts.

Key takeaways for the whole section

Climate extremes directly disrupt hill supply chains; adaptation requires buffer capacity and diversified sourcing.
Waste-to-value craft (Dhokra), millet processing, and climate-resilient cropping are proven adaptation strategies.
House of Himalayas shows how aggregation + branding + profit sharing can make remote producers climate-resilient.
Skill development linked to local placement prevents migration and strengthens community resilience.
Entrepreneurs must embed sustainability from the start, use government enablers, and plan for predictable climate shocks.

Climate Leadership

The Role of Media in Climate Discourse

The iconic image of a polar bear standing on a shrinking ice floe has become the dominant visual shorthand for climate change—first splashed on Time magazine’s cover in April 2006, then repeated by National Geographic and wildlife magazines. The frame is powerful because it:

Highlights government responsibility – implies collective action is needed.
Directs attention to the most vulnerable – remote ecosystems, flora, fauna, and indigenous communities.
Projects “green warriors” – activists and solution-providers fighting for the environment.

Yet this “doomsday” narrative, while effective in raising awareness, is largely constructed by mainstream media (print, TV) and heavily focused on Western perspectives. In developing countries—especially in Asia, which will face the worst impacts of climate change—media coverage tends to be event-driven: it spikes only during calamities or international summits (e.g., COP meetings). Climate scepticism, common in US and European media, is far less prevalent in Asian press.

Media does not merely report; it shapes policy agendas. Coverage of protests and activism can influence how political elites and local administrations evaluate those movements. The voice of the public, channeled through news media, reaches government agencies and can direct resources. Therefore, it is critical to ask: Who benefits from the dominant narrative? Whose voices are lost?

Exam tip: The polar-bear frame is a classic example of “symbolic” climate communication – it triggers emotion but can feel distant. In developing countries, local, data-driven stories (e.g., crop losses, heatwaves) are more effective for policy influence.

Key Takeaways

Media framing (e.g., the polar bear) simplifies complex climate science but can alienate local audiences.
Climate coverage in Asia is episodic (disasters, summits) rather than continuous.
Media narratives directly affect policy decisions and public engagement.
Journalists, scientists, and policymakers must move from passive reporting to active “climate action warrior” roles.

Case Study: The Western Ghats – A Microcosm of Climate Complexities

The Western Ghats – India’s rainforest, spanning 1,64,280 km² across six states – serve as a perfect laboratory to examine press narratives. Declared a UNESCO World Heritage site in 2012, the region:

Covers only 5% of India’s forest area but hosts 27% of all higher plant species, with ~1,800 endemic species.
Is home to 50 million people across 4,000+ villages.
Supplies major river systems (Cauvery, Krishna, Godavari, Palar, Pennar).
Contains significant industrial and mineral resources.

The UNESCO tag triggered immediate political unrest: the government formed two expert panels to define “ecologically sensitive areas.” Protests erupted because crores of rupees of development projects were at risk, and indigenous communities faced eviction. A five-year analysis (2012–2017) of press narratives found that

Coverage peaked during crises – especially when issues of sustainability, policy decisions, and climate change overlapped (e.g., zoning controversies).
Reporting was inconsistent and event-driven, not a sustained public discourse.

The Western Ghats example illustrates the broader challenge: media in developing countries often underrepresents climate change until a direct conflict (development vs. conservation) erupts. Local, nuanced stories (e.g., farmer adaptation, water scarcity) are drowned out.

Key Takeaways

The Western Ghats case shows how media coverage peaks at moments of political/economic controversy.
UNESCO designation did not lead to continuous climate reporting; it only spiked during crises.
Local communities (indigenous, forest-dependent) are disproportionately affected and often ignored by press narratives.
Policy implications are huge: media can either amplify or silence the voices of those bearing the burden.

Climate Communication Beyond Print Media: Art, Music, and Activism

Climate change communication is not limited to newspapers. Cultural works have inspired shifts in public consciousness:

NS Harsha – a Mysore-based artist whose canvas (auctioned at Christie’s, 2007–08) depicted an election rally aftermath: thousands of empty plastic chairs, paper cups, garbage – no people, just waste. The message: consumption and waste are invisible in our daily lives.
Ricky Kej – three-time Grammy Award winner – uses music to collaborate with artists globally, spreading messages about conservation and wildlife.

Environmental activism in India has deep roots. The Chipko movement (tree-hugging) in Uttarakhand is a seminal example of climate leadership: women physically embraced trees to prevent logging, asserting that forests are integral to life and ecosystem balance.

These examples underscore that communication can be multi-pronged. Entrepreneurs, artists, and citizens can use any channel (music, visual art, protest) to convey commitment to sustainability and climate action.

Exam tip: The Chipko movement is often used as an example of grassroots climate leadership. Remember that it demonstrates how marginalised communities (especially women) can drive adaptation and resistance.

Key Takeaways

Climate communication extends beyond media to arts, music, and activism.
The Chipko movement illustrates indigenous climate leadership through direct action.
Entrepreneurs and citizens have a plethora of channels to express sustainability commitments.
Cultural works make climate issues tangible and emotionally resonant.

India’s Climate Context and the SDGs

India faces a fundamental dilemma: it must lift millions out of poverty while restructuring its fossil-fuel-dependent economy.

Poverty & energy access: In 2016, 21.9% of Indians lived below the poverty line; 240 million lacked electricity.
Coal dependence: 61% of electricity generation capacity (218 GW as of June 2017, ~75% subcritical). Since 2006, 151 GW of new coal capacity was added.
Progress: Emissions intensity of GDP fell 12% between 2005 and 2010. India committed to 20–25% reduction by 2020 and 33–35% by 2030 (from 2005 levels).
Policy instruments: National Action Plan on Climate Change, National Mission for Green India, and programmes in solar energy, energy efficiency, sustainable habitats, water, Himalayan ecosystem, and strategic knowledge.

The Sustainable Development Goals (SDGs)

The SDGs were adopted in 2015 (effective 2016), replacing the Millennium Development Goals (MDGs). The MDGs (2001–2015) focused on poverty, hunger, education, gender, child/maternal mortality, HIV/malaria, and environmental sustainability – but they failed to address root causes of poverty, ignored human rights, and were seen as targets only for poor countries. In contrast, the SDGs are universal: all 193 UN member states commit to achieve them by 2030. The 17 goals contain 169 targets, developed through a consultative process involving 70+ governments and millions of citizens.

SDG 13 (Climate Action) is central. India ratified the Paris Agreement on 2 Oct 2016. However, as the fourth-largest greenhouse gas emitter (5.3% of global emissions), India’s twin priorities remain poverty alleviation and energy access. The tension between development and decarbonisation is acute.

Afforestation and reforestation are seen as viable carbon dioxide removal options. But uncertainties (land use, governance) require dedicated systems. Co-benefits include improved water quality, ecosystem restoration, biodiversity, and job creation.

Key Takeaways

India’s climate policy is constrained by poverty, coal lock-in, and the need for rapid electrification.
Emissions intensity is falling, but absolute emissions are rising.
The SDGs are universal; SDG 13 frames climate action within broader development goals.
The MDG-SDG shift shows a move from charity-based targets to shared responsibility.
Media narratives in India must address the local development–environment trade-off to be effective.

Introduction to Panel Discussion: Sustainability Challenges and Climate Leadership

This sub-section introduces a panel discussion designed to expose you to diverse, real-world sustainability challenges and climate leadership in action. The core task is to extract, from each panellist's perspective, the specific sustainability challenges within their sphere and identify potential interventions for climate adaptation and resilience.

Overview of the Panel's Purpose

The panel brings together voices from global, national, and local levels to illustrate how sustainability must be integrated across scales. As you watch, focus on:

The sustainability challenges each panellist describes in their work context.
The measures they propose (e.g., water conservation, energy transition, circular economy).
Opportunities to suggest an intervention for climate adaptation or climate resilience based on their discussions.

Panellists and Their Perspectives

Panellist (Representative)	Sphere / Organization	Key Challenge Discussed	Implied Sustainability Focus
Chairman, Bangalore Water Supply and Sewerage Board (BWSSB)	Local (city-level water utility)	Water scarcity for Bangalore (~1 crore population); dependence on a single reservoir (Kaveri/KRS dam); summer months exacerbate scarcity.	Water conservation, organizational self-sufficiency in water generation/ reuse, water security.
Representatives from Toyota Kirloskar Motor, ABB	National (large industry conglomerates)	Energy transition, sustainable mobility, need to partner with SMEs for material reuse and circular economy.	Energy efficiency, reduced emissions, circular business models, supply-chain sustainability.
Representative from the European Union (EU)	Global (regulatory body)	EU regulations as a market-access barrier; need to incorporate these regulations into a firm’s sustainability roadmap to access EU markets.	Regulatory compliance, sustainability reporting, global market standards.

Exam tip: Notice the three levels (local, national, global) — exam questions may ask you to compare how sustainability challenges differ across these scales or how they interconnect.

Cross-cutting Themes

The panellists collectively highlight several interconnected themes for climate leadership:

Urban water resilience — a local, pressing challenge with direct climate adaptation implications (e.g., drought-proofing a megacity).
Industrial energy transition — the imperative for large firms and their SME partners to move toward net-zero operations and sustainable mobility.
Circular economy — reusing materials and closing loops in business functions, especially through SME partnerships.
Regulatory drivers — global regulations (e.g., EU) force firms to embed sustainability into their core strategy to maintain market access.

These themes show that sustainability is not a single-issue problem but a multi-level, multi-stakeholder challenge requiring integrated solutions.

Your Task: Extracting Challenges and Opportunities

The lecture instructs you to:

Watch the panel discussion in sections (the full transcript is provided).
Identify the specific sustainability challenges each panellist mentions.
Formulate a potential intervention or suggestion — especially for BWSSB’s water scarcity problem — that demonstrates climate adaptation and resilience.
Post your analysis on the discussion forum.

The following diagram summarises how the perspectives integrate:

flowchart TD
    A["Panel Discussion: \nGlobal, National, Local"] --> B["Identify \nSustainability Challenges"]
    B --> C1["Water scarcity \n(Bangalore - local)"]
    B --> C2["Energy transition / \nsustainable mobility \n(Industry - national)"]
    B --> C3["EU regulations & \nmarket access (global)"]
    C1 --> D["Opportunity for \nClimate Adaptation Intervention"]
    C2 --> E["Opportunity for \nCircular Economy / \nEnergy Efficiency"]
    C3 --> F["Opportunity for \nRegulatory Compliance \nStrategy"]
    D & E & F --> G["Integrated Climate \nLeadership"]

Key Takeaways

The panel discussion is a prime source of real-world sustainability challenges across local, national, and global scales — use them to ground your understanding of climate leadership.
BWSSB’s water scarcity exemplifies a direct climate adaptation challenge; the panellist suggests organizational self-sufficiency in water reuse.
Industry panellists highlight the need for energy transition and circular economy partnerships with SMEs.
The EU perspective shows how global regulations can drive corporate sustainability roadmaps.
Your job is to identify specific challenges and propose interventions — not just summarise the discussion.
The discussion forum post is a graded opportunity to demonstrate critical thinking by connecting challenges to concrete actions for climate resilience.

The Plastic Pollution Crisis

Plastic production accounts for 5% of all greenhouse gas emissions – more than the aviation and shipping industries combined. This figure excludes the additional carbon-cycle disruption caused by microplastics and nanoplastics (MNPs). India’s plastic consumption is projected to rise from 24.1 million tons (current) to 70.5 million tons by 2035. Burning plastics, a common practice, contributes to air and water pollution.

Government response: On World Environment Day, India launched a “One Nation, One Mission” to end plastic pollution, promoting eco-friendly alternatives to single-use plastics. This creates opportunities for the SME sector.

Economic and health costs: A Centre for International Environmental Law report estimates plastics cost $3.74 trillion annually in health-related costs. MNPs have been found in air, water, soil, bloodstream, brain, breast milk, placenta, and semen.

Global treaty efforts: The Global Plastics Treaty (INC‑5.2 in Geneva) aims for a binding phase‑out. Tactics of “distract, delay, and drag” by industry lobbyists have hindered progress. The High Seas Treaty (requires 60 ratifications by 2025) could protect two‑thirds of oceans from plastic accumulation. Indigenous communities, with deep maritime knowledge, are key advocates.

Exam tip: The 5% GHG figure from plastics is a high-yield statistic – remember it exceeds aviation + shipping.

Key takeaways

Plastics cause 5% of global GHG emissions; production set to triple by 2050.
Micro/nanoplastics contaminate human bodies and ecosystems.
India’s “One Nation, One Mission” targets single-use plastic alternatives.
Global treaties (Plastics Treaty, High Seas Treaty) face delays from industry lobbying.

Circular Economy Challenges: The Toyota Innova Example

Circular economy principles (reduce, reuse, recycle) are often claimed by companies but rarely achieved in practice. A concrete example: Toyota’s aspiration to recycle old Innova cars (running for 20+ years) by setting up a scrap yard is unrealistic because these vehicles rarely return to the manufacturer. They are resold and reused across the country, making it impossible for companies to account for and calculate recycling rates accurately.

The mismatch: “Factory floor to shop floor” – corporate circularity promises do not match reality, especially for plastic‑intensive products.

Key takeaways

True circularity requires products to return to the producer – often not the case.
Companies struggle to measure real recycling rates.
The Innova example illustrates the gap between aspiration and practice.

Youth, Education, and Climate Empowerment

Youth (Gen Z, young children influencing parents) are critical as consumers and advocates. Their purchasing power shapes sustainability in fashion, e‑commerce, food, travel, gadgets, and automobiles. However, sustainability literacy is essential – reading between the lines of claims, understanding value chains, and assessing health/environmental impacts.

Education as a tool: UNESCO’s Greening the Curriculum and UNFCCC Article 6 / Paris Agreement Article 12 call for Climate Empowerment via six ACE elements:

Climate Change Education (CCE)
Public awareness
Training
Public participation
Public access to information
International cooperation

Legal recognition: The UN General Assembly 2022 resolution on the human right to a clean, healthy, and sustainable environment, and the UN Committee on the Rights of the Child’s General Comment 26 (2023), obligate governments to protect children from climate change. Youth‑led court cases demand constitutional rights to be informed and prepared.

Policy integration has accelerated through forums like the UN Transforming Education Summit, Climate COPs, and the World Conference on ESD.

Media’s role: Media is not a bystander but an organisational actor influenced by political forces. It must amplify marginalised voices – especially those in climate‑sensitive sectors (agriculture, forestry, fishing) with low coping capacities.

Exam tip: The six ACE elements are a framework for climate education – likely to appear in questions about policy instruments.

Key takeaways

Youth influence consumption and demand accountability.
Education is a legal/policy priority under UNFCCC and Paris Agreement.
Media must include marginalised communities in climate discourse.

Media and Climate Change: The Author’s Book

The lecturer’s book, Media and Climate Change: Making Sense of Press Narratives (by Deepti Ganapathy), is a recommended text. It:

Investigates media coverage of climate change in the Western Ghats (a global biodiversity hotspot).
Analyses two Indian national dailies, Deccan Herald and Times of India, over five years.
Uses inductive category development to classify themes, language, frequency, and accessibility.
Examines how the digital divide excludes disadvantaged groups from climate conversations, despite their rich traditional knowledge.
Argues that communities closest to the environment could become effective advocates if media treated them as reliable sources.
Aims to empower ecologically sensitive citizens to interpret media narratives and push for collective action.

Key takeaways

The book analyses five years of coverage from two major Indian newspapers.
It highlights the digital gap and the value of indigenous/community knowledge.
Media’s role is as mediator between policymakers, environmentalists, and the public.

Practical Steps for Emissions Data Collection

To measure and manage carbon footprint, organisations must follow a systematic data workflow:

Data identification – Choose which data to represent (e.g., energy, water, waste).
Data sources – Fuel purchase records, utility bills, etc.
Data collection – Train employees to collect data correctly; use digitisation for dashboards.
Data visualisation – Use systems to evaluate trends.
Staff training – Ensure staff know what data to collect, where to find it, and at what frequency.
Standard operating procedures (SOPs) – Consistent collection even with staff rotation.
Quality control – Internal audits to avoid data entry errors, standardise units of electricity/water.

This process enables reliable reporting for ESG rankings and sustainability claims.

flowchart LR
  Identify[Identify relevant data] --> Sources[Fuel bills, utility records]
  Sources --> Collect[Train staff, digitise collection]
  Collect --> Visualise[Dashboards & trends]
  Visualise --> QC[Internal quality control]

Key takeaways

Data identification → sourcing → collection → visualisation → quality control.
Digitisation and SOPs ensure consistency.
Accurate data is the foundation of credible sustainability reporting.

Entrepreneurial Takeaways for SMEs

From the course, entrepreneurs should focus on:

Aspect	Key Considerations
Funding	Identify government schemes or private funding opportunities.
Ecosystem thinking	Connect the dots: product definition, raw material sourcing, demand.
Quality & relationships	Build trust with buyers for recurring orders.
Sustainability	Embed long‑term environmental thinking; reduce carbon footprint.
Pricing	Ensure price points remain viable during recessions or demand shifts.
Logistics	Storage, distribution, transportation, supply chain; for international markets, understand regulations and maintain “Make in India” authenticity.
Employment	Create jobs to uplift families and society.

Key takeaways

Entrepreneurs must map the entire value chain – from sourcing to end‑user.
Sustainability is not an add‑on but a core business strategy.
Building lasting customer relationships and creating employment are ultimate goals.

Mitigation, Adaptation, and Resilience for SMEs

For small and medium enterprises (SMEs), sustainability measures must be evaluated through the lens of mitigation (reducing emissions) and adaptation (adjusting to impacts) while building resilience. These two pillars are not alternatives; they are complementary strategies that SMEs must integrate into their operations.

Community‑Based Forest Management (CFM) and REDD+

Community‑based forest management (CFM) is increasingly promoted by economists and conservationists as a tool to alleviate poverty. It is frequently linked to achieving the UN Sustainable Development Goals (SDGs) — particularly ending poverty and hunger and reducing ecological degradation by 2030.

CFM overlaps substantially with the global initiative REDD+ (Reducing Emissions from Deforestation and Forest Degradation). Both aim to protect forests while generating socioeconomic benefits for forest‑dependent people.

The Supreme Court of India (2013) observed: “We have realized that forests have the best chance to survive if communities participate in their conservation and regeneration.”

India’s Institutional and Policy Framework

A clear signal of India’s evolving climate leadership is the 2014 renaming of the Ministry of Environment and Forests to the Ministry of Environment, Forest and Climate Change (MoEFCC). By ratifying the Paris Agreement in 2015, India committed to combat climate change while pursuing its development agenda under existing laws.

Prime Minister Modi’s Stances at Global Forums

Paris, 2015: “Advanced nations must take ambitious targets … climate justice demands that developing countries have enough carbon space to grow.”
St. Petersburg, 2017: “Humans have a right to milk nature but no right to exploit nature” (quoting 5,000‑year old Vedas).
General (quoted in transcript): “Climate change is not of our making … but we face consequences — risks to farmers, rising oceans, melting glaciers.”

These statements frame India’s position: historical responsibility lies with developed nations, while India pursues low‑carbon growth without sacrificing development.

Clean Energy Milestones and Media Narratives

A July 16, 2025 news article reported that India achieved a key clean‑energy target five years ahead of schedule. Under the Paris Accord, India committed to 500 GW of renewable‑based power generation by 2030. By June 30, 2025, half of India’s total installed capacity came from non‑fossil sources.

Numerical snapshot (as of June 30, 2025)

Metric	Value
Total installed capacity	484.8 GW
Non‑fossil fuel capacity	242.8 GW (50%)
Global standing	World’s third‑largest solar power capacity
Per capita emissions	One‑third of global average (lowest among G20)

Key government initiatives enabling this growth

PM‑KUSUM – Solar power scheme for farmers.
PM Surya Ghar Muft Bijli Yojana – Free solar electricity for households.
National Wind‑Solar Hybrid Policy – Promotes large grid‑connected hybrid systems.
Large‑scale solar park developments.
Waiver of Inter‑State Transmission System (ISTS) charges and regular auctions.

Expert quote (Mohit Bhargava, former CEO NTPC Green Energy): “India is one of the leading countries … Policy push coupled with entrepreneurial spirit has been instrumental.”

What the media coverage illustrates

Different newspapers framed the same milestone differently. For entrepreneurs, interpreting such narratives is crucial: they signal where policy momentum and investment opportunities lie — e.g., solar, wind, hybrid systems, grid strengthening.

India’s Broader Environmental Challenges and the Way Forward

Beyond clean energy, India faces challenges in air, water, waste management, forest cover, and resource misuse. Economic growth must continue, but the management of its environmental consequences must improve. This requires:

Strengthening public institutions — e.g., Water Pollution Board, Air Pollution Board.
Proper regulation and monitoring to avoid environmental disasters (poisonous gases, water scarcity, habitat breakdown).
Tailoring development to protect nature’s assets while meeting growth objectives.

Forest‑based climate action: REDD+ constraints

Bridging the climate action gap through forest policies like REDD+ may be constrained by economic and land‑use factors, as well as the persistent challenges of population growth and food production.

Recommended actions from the course book

Government should provide scientific information and access to communities for forest conservation.
Media should commit to a one‑page weekly feature on conservation, encouraging investigative reporting and public engagement.

The way ahead for non‑fossil energy

India must now shift focus to:

Strengthening the national transmission grid.
Expanding battery storage capacity.
Developing pumped hydro storage systems.

Exam tip: The media narrative example (500 GW target, 50% milestone by 2025) is a high‑yield case: it ties together policy (Paris targets, MoEFCC, schemes), economics (solar cost decline), and entrepreneurship (role of Indian corporates). Be ready to explain how India “over‑delivered” and what enabling factors made it possible.

Key takeaways

SMEs must consider mitigation (emission reduction) and adaptation (adjusting to impacts) as twin pillars.
CFM and REDD+ align forest protection with community livelihoods and SDGs; India’s Supreme Court endorsed community participation.
India’s climate leadership is expressed through global statements (climate justice, historical responsibility) and domestic institutional changes (MoEFCC, Paris ratification).
India reached 50% non‑fossil fuel capacity by 2025 (five years early), driven by policy push (ISTS waivers, PM‑KUSUM, solar parks) and entrepreneurial execution.
Per capita emissions remain low; G20 track record is strong.
Future priorities: grid strengthening, battery storage, pumped hydro — and stronger regulatory institutions for air, water, and forests.

SMEs and Sustainability: A Blueprint for Local Action

Small and Medium Enterprises (SMEs) are the backbone of the Indian economy — they contribute ~30% of GDP, employ a large informal workforce, and are integral to the value chains of large companies. Yet they lag behind in sustainability. For students, engaging with local SMEs offers a grounded way to apply ESG thinking to real, regional businesses.

Why SMEs matter for sustainability

Economic weight: SMEs constitute ~30% of India’s GDP and are major employers, especially of informal labour.
Value chain linkage: Large companies (e.g., automotive) cannot manufacture final products without components sourced from SMEs. As large firms face ESG disclosure requirements (e.g., SEBI’s BRSR), they must report the performance of their value-chain partners — pushing SMEs to integrate sustainability.
Regional identity: Local SMEs reflect the flavour, skills, and resources of their region. Working with them provides insight into the local economy and culture.

How to explore and select an SME

Step	Action
1	Identify your region/state and its industrial clusters (e.g., textiles in South India and Assam, handicrafts in Uttar Pradesh).
2	Choose an SME in your hometown or a nearby tier-2/tier-3 town.
3	Visit the SME — conduct on-ground surveys with a prepared questionnaire. Do not rely only on ChatGPT or secondary sources.
4	Assess size: SMEs range from 5 to 100+ employees. Understand the bandwidth of the business before proposing interventions.

Key sustainability issues to examine

Swati suggests focusing on one or two parameters under each ESG pillar, keeping it simple and tangible.

Pillar	Area to investigate	Examples of issues
Environment	Energy	Type (renewable vs. non-renewable); usage efficiency; opportunity for solar rooftop or LED lighting
	Water	Consumption level depends on business model (e.g., textile dyeing uses more water than yarn processing)
	Waste	How waste is managed — is there any segregation, recycling, or safe disposal?
Social	Worker safety & health	PPE availability, ergonomics, ventilation, exposure to hazardous materials
	Wages & working conditions	Are workers paid fairly? Is it per-piece or fixed wage? Are there risks of exploitation?
Governance	Management awareness	Does the owner understand sustainability? Is there any documentation or record-keeping?
	Processes & systems	Systematic processes enable sustainability improvements to be tracked and reported

The business case – translating sustainability into cost & benefit

For SMEs, sustainability must make business sense. Every intervention must be expressed in terms of cost savings, risk reduction, or revenue opportunity.

Exam tip: When proposing an intervention, always accompany it with a simple cost-benefit analysis — e.g., LED bulbs cost ₹200 vs. ₹120 for a tube light, but reduce electricity bill by X% in one month.

Examples of translation:

Energy efficiency: Propose LED lighting → lower monthly bills → quick payback.
Worker safety: Provide PPE → reduce accidents → avoid loss of man-hours and production.
Waste management: Convert kitchen waste to manure → sell manure or reduce disposal costs.
Local sourcing: Procure within 10 km instead of 50 km → reduce transport cost and emissions.

Feasible solutions – low-cost, quick, measurable

SMEs have limited financial, human, and technical resources. Solutions must be:

Low-cost – minimal upfront investment.
Easy to implement – can be deployed within weeks or months.
Measurable – outcomes (e.g., kWh saved, accidents avoided) should be trackable.
Beneficial – to both the business and its workers.

Examples of specific interventions:

Replace incandescent/halogen lights with LEDs (with inverter backup for power cuts).
Install exhaust fans or coolers to improve ventilation and reduce heat stress.
Train workers to switch off fans/lights when not needed.
Manage organic waste through composting.
Ensure proper documentation of processes and sustainability efforts.

Case study: Lucknow Chikan Embroidery

Context: Informal, home‑based workers producing intricate embroidery for middlemen and larger houses. Often family units of ~5 people.

Issue identified	Proposed low‑cost solution
Poor lighting – fine work, frequent power cuts	LED lights + small inverter backup
Poor ventilation – heat (45°C in summer)	Fans, coolers, or exhaust fans
Health strain (eye, respiratory)	Better lighting + ventilation
Unfair wages – per‑piece, dependent on middleman	Enable alternative channels: self‑help groups, digital platforms; train workers to price their own work
Supply chain disruption (materials, delivery) due to weather	Diversify suppliers; build inventory buffers

Blueprint for student projects

Regional context – Explain why you chose this SME and its region.
Select 1-2 issues per ESG pillar – do not attempt everything.
Translate each intervention into cost or revenue – show the business case.
Ensure solutions are low-cost, practical, and measurable.
Provide a roadmap – short term (0-6 months) and long term (1-3 years).

Exam tip: The Chikan case exemplifies the “messiness” of real‑world SMEs — informal, low‑tech, deeply embedded in local supply chains. Students should be ready to work in such contexts.

Key takeaways

SMEs are economically vital, informal, and increasingly impacted by ESG value‑chain demands.
Sustainability issues for SMEs can be grouped under Environment (energy, water, waste), Social (worker safety, wages), and Governance (awareness, documentation).
Every proposed intervention must be translated into a cost‑benefit analysis for the SME.
Solutions must be low‑cost, quick to implement, and measurable.
Use a structured blueprint: regional context → select 1–2 issues per pillar → business case → feasible solutions → short‑ and long‑term roadmap.

Program Overview: Agile COIL Exchange

The Agile COIL (Collaborative Online International Learning) program is a Japan–India exchange initiative between IIM Bangalore and Hiroshima University. Five IIMB students were selected to participate in a 14-day immersive program focused on social innovation, sustainability, and circular economy. The program aimed to:

Strengthen global academic partnerships
Provide immersive exposure to diverse cultural, social, and academic contexts
Foster cross‑cultural communication, collaborative problem‑solving, and a global mindset

Participants engaged with Japanese peers, attended daily lectures, and worked in multinational teams on real‑world problem statements.

Preparation & Cultural Adaptation

Before departure, Garv researched Japanese culture in three key areas:

Area	Specific preparation
Language	Learned basic Japanese (spoken dominance in daily life)
Waste disposal	Studied Japan’s strict segregation rules: combustible, non‑combustible, recyclable; limited public bins – carry waste until returning to hotel
History & customs	Researched Hiroshima’s history (atomic bomb) and general cultural norms to avoid offending locals

Exam tip: Cultural preparation for waste management is a common interview/essay topic – Japan’s “take your rubbish home” policy is a notable contrast to many other countries.

On arrival, Garv observed Mount Fuji at sunrise and the Tokyo Tower – his first international urban experience.

Program Structure & Problem‑Based Learning

From day one, students selected a problem to solve, ensuring application‑based learning. Lectures covered AI, IoT, circular economy, sustainability, and SDG 11 (Sustainable Cities and Communities). All concepts were applied directly to the chosen problem.

Example problem statements:

Pune bus tracking: Unpredictable bus intervals (5 min – 45 min) – proposed solution to improve tracking
Jakarta sinking: City subsidence due to groundwater extraction
Smart traffic (Garv’s group): Use existing CCTV hardware with a software solution to reduce congestion and accidents, lowering cost and creating a revenue stream for government

Teams were international from the start, with daily lectures and community dinners (10 PM) for discussing solutions.

Field Visits & Case Studies

Four field trips provided concrete examples of circular economy in practice.

Site	Key feature	Circular economy element
e Hiroshima Eco Park	Large waste‑treatment plant; treats combustible and non‑combustible waste separately	Gasifier processes waste → produces construction materials from non‑combustibles → generates revenue
Wetland restoration (Dr. Shirakawa)	5–10 acres; human activity destroyed vegetation 20 years ago; nature regenerated after intervention	Biodiversity restoration – no further human input after initial restoration
Micron Semiconductors factory	Every semiconductor has an attached sustainability plan	Circular economy treated as an operating cost, not charity – a serious duty for firms
Satoyama formation (local economy)	Wood‑cutter community created a local currency	Standardised wood cutting – prevents over‑deforestation; local currency exchangeable with yen; preserves habitat and builds local economy

Key insight: Japanese companies integrate sustainability from the start, viewing it as an operational necessity rather than a charitable add‑on.

Comparison of Education Systems: India vs. Japan

Aspect	India (NEP 2020)	Japan
Strength	Emphasis on learning a third language (beyond English/Hindi)	Sustainability values inculcated from a very young age – waste segregation at source is a ingrained habit
Impact	Broadens linguistic skills	Enables effective waste management across society – India is still struggling to achieve similar segregation at source

Garv suggests India could adopt the Japanese approach at a faster pace, leveraging the new National Education Policy.

Implications for SMEs & Circular Economy

SMEs are the crux: India has many SMEs, and delaying circular‑economy adoption until they become large conglomerates makes it capital‑intensive and difficult.
Profit ≠ opposition: Sustainability and profit can go hand in hand; circular practices can open new revenue streams.
Barrier for SMEs: Limited access to international sustainability conversations and a focus on short‑term survival.
Bridging the gap:
- Sustainable consultants who understand SME business models and offer low‑cost circular solutions.
- Education 5.0 (sustainability‑focused education) for young entrepreneurs, framing sustainability as a long‑term revenue necessity.
- Volunteer partnerships with city councils: offering cost‑benefit solutions (e.g., tech that reduces expenditure) can attract municipal collaboration.

Youth Climate Leadership & Action

Passion vs. execution: Many young people generate ideas but lack the structure to implement them.
Proposed curriculum change: Dedicate one semester to solving one local sustainability problem, culminating in a pitch to local government.
Action starts with youth: Government initiatives (e.g., Viksit Bharat, Panchamrit principles, Mission Life) exist – young people must take the first step to make them successful.

Exam tip: The “young climate leader” narrative is exam‑favourite – remember that the exchange program itself modelled problem‑based learning as a way to convert passion into action.

Key takeaways

Agile COIL exchange combined lectures, problem‑based learning, and field visits to teach circular economy and sustainability.
Japanese waste management (limited bins, strict segregation, local currency for wood‑cutting) offers actionable lessons for India.
Japanese firms embed circularity as an operating cost, not CSR – a mindset crucial for SME adoption.
SMEs must adopt circular economy early to avoid high future costs; sustainability and profit are complementary.
Youth climate leaders need structured, curriculum‑based opportunities to execute ideas and partner with local governments.
Education systems can foster sustainability by inculcating values from a young age (Japan) and integrating real‑world problem‑solving (India’s NEP).

Connecting Theory to Practice: Key Concepts from Module 4

The module’s themes are directly applied in a real-world immersion (Japan exchange program). The following concepts, taught across Modules 1–4, formed the core toolkit used by the student team to solve sustainability challenges.

Foundational Concepts: Mitigation, Adaptation, and Resilience

Mitigation – reducing the severity or impact of a problem.
Adaptation – adjusting to changes that cannot be fully prevented.
Resilience – capacity to withstand and recover from shocks.

Intuition: Some problems cannot be permanently “solved”; the best response is to mitigate their effects (e.g., reducing emissions) while adapting operations (e.g., building flood defenses) and building resilience (e.g., backup supply chains).

These three concepts guided every decision: identifying which approach to apply for each aspect of the problem.

Stakeholder Mapping and Sectoral Analysis

Stakeholder mapping – identifying who the problem affects and who must be involved in the solution. Without it, a solution risks missing the target audience.
Sectoral analysis – understanding how a solution affects different economic sectors (business, individuals, government, etc.). Each sector has unique constraints and opportunities; a sustainability solution must account for all of them.

These steps were performed at the very beginning of the immersion to define the problem space.

Climate Adaptation and Resilience as Strategic Planning (SWOT)

Climate risks are treated as threats in a SWOT analysis:

Pre-planning for climate impacts (e.g., cyclones, power outages for cold storage) prevents business disruption.
Even when impacts are difficult to assess, ignoring climate risk is dangerous – an SME could be destroyed by an unplanned event.

Strategic takeaway: Integrate climate adaptation and resilience into any business or project plan, not as an afterthought but as a core part of risk management.

Role of Media and Crowdfunding

Media provides market validation for sustainable solutions. By projecting the importance of a solution and gaining public adoption, media helps SMEs penetrate the market.
Crowdfunding is an investment vehicle that relies on media to communicate the value proposition. Together, media and crowdfunding enable SMEs to raise funds and build long-term viability.

Cross-Sectoral Collaborations

Module 4’s panel discussions bring together experts from different sectors. Each panelist describes problems unique to their sector; listening across sectors reveals that opening up to other sectors leads to better, more holistic solutions. Collaboration across sectors is essential for solving complex climate challenges.

Behavioral Change and Individual Leadership

The biggest takeaway from the entire program: sustainability begins with the individual. Individual behavioral change sparks broader change. Climate leadership is not just about policies and technologies – it is about motivating peers and showing that a sustainable journey starts with personal action.

Key takeaways

Mitigation, adaptation, and resilience must be clearly distinguished and applied as needed.
Stakeholder mapping and sectoral analysis are essential first steps in problem definition.
Climate risk should be integrated into strategic planning (SWOT) from the outset.
Media and crowdfunding together provide market validation and funding for sustainable SMEs.
Cross-sectoral collaboration unlocks solutions that no single sector can achieve alone.
Individual behavioral change is the foundation of climate leadership.

Introduction to Sustainability Matters in SMEs

Global Context

SMEs (Small and Medium Enterprises) form the backbone of the global economy. According to the UN, SMEs represent ~90% of all businesses worldwide, generate 60–70% of global employment, and contribute nearly half of global GDP. Their collective actions make them indispensable to sustainability outcomes.

Indian Context: MSMEs

In India, the term MSMEs (Micro, Small and Medium Enterprises) is used. They are legally defined under the MSME Development Act, 2006, which has been revised periodically to reflect economic changes. The most recent thresholds were introduced in 2025.

Exam tip: The 2025 thresholds are high-yield — know the exact investment & turnover caps for each category.

Classification Thresholds (MSME Development Act, 2025)

Category	Investment (₹)	Annual Turnover (₹)
Micro	≤ 2.5 crore	≤ 10 crore
Small	≤ 25 crore	≤ 100 crore
Medium	≤ 125 crore	≤ 500 crore

This classification determines eligibility for policy benefits, institutional credit, and government support schemes.

Udyam Registration — A Transformative Milestone

Introduced on 1 July 2020, Udyam Registration replaced the earlier system with a digital, paperless, and transparent registration process. It provides MSMEs streamlined access to credit, subsidies, and government programmes, bridging the gap between policy frameworks and ground realities.

Key takeaways

SMEs = 90% of global businesses, major employer & GDP contributor.
India uses the term MSMEs, governed by the MSME Development Act 2006 (latest revision 2025).
Classification based on investment and turnover — micro/small/medium.
Udyam Registration (2020) simplified formalisation and access to support.

2. Significance and Contributions of Indian MSMEs

India hosts over 63 million MSMEs operating in manufacturing, services, and trade. They provide employment to over 110 million individuals and contribute substantially to national GDP and exports. MSMEs are often called the backbone of India’s economy — from neighbourhood kirana stores to textile units and tech startups. Their large-scale adoption of sustainability would have a powerful multiplier effect on economic resilience and ecological stewardship.

Key takeaways

63+ million MSMEs, 110+ million employees.
Pervasive across sectors — retail, manufacturing, services.
Described as the backbone of India’s economy.

Challenges

Credit gap: The World Bank estimates India’s MSME sector faces a credit gap exceeding $380 billion.
Outdated technologies: Many MSMEs use obsolete machinery and processes.
Cumbersome compliance: Complex regulations limit scaling.
Limited sustainability awareness: Lack of knowledge about green practices and frameworks.

Opportunities

Despite constraints, a new landscape is emerging:

Sustainability imperatives in global economic order (green supply chains, consumer awareness).
International buyers demand environmental and social compliance.
Domestic markets increasingly favour products with lower ecological footprints.
Proactive MSMEs can become agile, future-oriented enterprises by:
- Adopting energy-efficient technologies
- Integrating into green supply chains
- Harnessing digitisation

flowchart LR
  A[Challenges] --> B[Credit gap]
  A --> C[Old tech]
  A --> D[Compliance burden]
  A --> E[Low sustainability awareness]
  F[Opportunities] --> G[Green supply chains]
  F --> H[Eco-conscious consumers]
  F --> I[Digitisation]
  F --> J[Policy incentives]

Key takeaways

Major challenges: credit gap ($380B), outdated tech, compliance, low awareness.
Opportunities arise from global sustainability trends, buyer demands, and green markets.
MSMEs that embrace sustainability early gain competitive advantage and resilience.

4. National Policy Frameworks Aligning MSMEs with Sustainability

Three major frameworks set the strategic direction for MSMEs in India’s sustainability agenda.

4.1 Viksit Bharat 2047

Viksit Bharat 2047 is India’s long-term vision to become a developed nation by the centenary of independence (2047). It rests on three foundational pillars:

Economic prosperity — fair competition, tax & trade reforms to integrate MSMEs into global value chains, reducing dependence on concentrated trade partners.
Social inclusion — MSMEs as engines of job creation and skill development, absorbing India’s young workforce.
Environmental sustainability — MSMEs adopt sustainable practices to reinforce national competitiveness.

Within this framework, MSMEs are expected to diffuse industrialisation beyond metropolitan cities, generate employment, and drive inclusive growth and innovation.

4.2 Mission LiFE (Lifestyle for Environment)

Mission LiFE was introduced by Prime Minister Narendra Modi at COP26 (Glasgow, 1 Nov 2021) as a mass movement for mindful and deliberate utilisation (vs mindless consumption). It transforms sustainability from an abstract policy goal into concrete actionable practices for individuals, communities, and businesses — including MSMEs.

Practical Application Areas for MSMEs

Area	Actions for MSMEs	Benefits
Energy conservation	LED lighting, solar panels, energy-efficient machinery, energy audits, renewable transition	Lower costs, reduced emissions, strategic cost advantage
Water conservation	Rainwater harvesting, wastewater recycling, periodic water audits (especially in textiles, leather, food processing)	Resource efficiency, compliance, resilience to water scarcity (India: 18% of world population, 4% of freshwater)
Waste reduction	Segregation at source, recycling, circular economy principles (waste as resource stream)	Lower costs, reduced liabilities, alignment with modern sustainability paradigms
Sustainable food systems	Responsible sourcing, optimised cold chain, minimise post-harvest losses (agro-based MSMEs)	Food security, attract eco-conscious consumers
Healthy lifestyle & workforce wellbeing	Safe workplace, cycling to work, reduce hazardous exposure, food waste display boards	Employee wellbeing, CSR reinforcement
E-waste management	Recycling via certified handlers (electronics/repairentrepreneurs)	Regulatory compliance, environmental stewardship
Green supply chains	Integrate with green value chains	Global market access, export opportunities, consumer trust

Mission LiFE moves sustainability from policy to lived practice — helping MSMEs balance cost efficiency, compliance, and competitiveness.

4.3 Panchamrit Climate Commitments

India’s Panchamrit (five nectar) commitments were announced at COP26. While the transcript does not detail all five, it notes that India transitioned from a cautious actor to a proactive climate leader — from “pledging Net Zero” to being recognised as a “climate hero”. This shift offers a lesson: MSMEs that embrace sustainability can reposition from reactive participants to proactive leaders in their sectors.

Exam tip: You are expected to understand the link between these three frameworks (Viksit Bharat, Mission LiFE, Panchamrit) and their collective implications for MSME sustainability.

Key takeaways

Viksit Bharat 2047: three pillars — economic prosperity, social inclusion, environmental sustainability.
Mission LiFE: actionable sustainability for MSMEs in energy, water, waste, food, health, e-waste, supply chains.
Panchamrit: India’s climate commitments at COP26, including net-zero target; MSMEs can become “net heroes”.

5. Government Schemes Operationalising Support

Scheme	Year	Purpose
Udyam Registration	2020	Digital, transparent registration → access to credit & subsidies
ZED Certification	2022	Zero Defect, Zero Effect — improve product quality while reducing environmental externalities

These schemes translate sustainability into enterprise-level practice.

Key takeaways

Udyam (2020) enabled formalisation and credit access.
ZED (2022) promotes quality + environmental responsibility.

6. Case: Net Zero to Net Hero

India’s bold COP26 declarations reshaped global perceptions — from a cautious actor to a proactive climate leader. The transition from pledging Net Zero to being recognised as a climate hero offers a direct parallel for MSMEs: by embracing sustainability, they can move from reactive participants to proactive leaders in their industries.

7. Practical Activity (Suggested Reflection)

Visit a local MSME (kirana store, tailoring unit, bakery). Observe:

Energy, electricity, water usage
Waste disposal and packaging materials
Supply sourcing

Map observations to Mission LiFE themes. This grounds the frameworks in everyday business reality.

Overall Key Takeaways

MSMEs are pivotal to India’s economy (63M+ units, 110M+ jobs).
Challenges (credit gap, tech, compliance) are matched by sustainability-driven opportunities.
Three policy frameworks (Viksit Bharat 2047, Mission LiFE, Panchamrit) provide strategic direction.
Practical schemes (Udyam, ZED) support transformation.
MSMEs that innovate and align with sustainability will thrive in a future where competitiveness and sustainability are inseparable.

Sustainability Matters for SMEs

This module introduces the key terminology that small and medium enterprises (SMEs) must internalise to embed sustainability into their core strategy. The concepts below are the vocabulary of global climate action — from international pledges like the Paris Agreement and COP summits to everyday business decisions. Every entrepreneur and manager needs to speak this language fluently.

Climate Mitigation

Climate mitigation means human intervention to reduce greenhouse gas (GHG) emissions or enhance carbon sinks (e.g., forests, soil, oceans that absorb CO₂).

Intuition: Stop making the problem worse; actively clean up the mess. For an SME, this is about resource efficiency and cutting waste.
Examples of SME actions:
- Saving energy (e.g., LED lighting, efficient machinery)
- Conserving water
- Recycling waste
- Planting trees or restoring green spaces (carbon sinks)
Personal credibility: Small signals matter — using a reusable stainless steel bottle instead of a disposable plastic one demonstrates commitment.
Global context: Countries and corporations pledged mitigation targets under the Paris Agreement. Understanding this timeline (see Media and Climate Change textbook) frames why mitigation is the first step.

Exam tip: Mitigation is about reducing emissions at source. Do not confuse with adaptation — mitigation addresses the cause, adaptation deals with the effects.

Climate Adaptation

Climate adaptation is the process of adjustment in human systems to actual or expected climate and its effects, in order to moderate harm or exploit beneficial opportunities.

Intuition: The climate is already changing — we must learn to live with it. SMEs can find business opportunities in this necessity.
Examples:
- Millets (ragi): Climate-resilient crops that thrive in heat and water scarcity. India’s Millet Mission empowers farmers to shift to hardy grains, opening SME opportunities in processing, marketing, and value-added products.
- Wiper blades for cars: Extreme rain requires durable equipment; SMEs can manufacture or supply better wiper blades for emergency vehicles.
- Flood monitors & early warning systems: Sensors on riverbanks, satellite imagery, and real-time data apps can alert communities to cloudbursts, landslides, and flash floods. SMEs can develop, install, or maintain these systems.
Exploiting opportunities: Adaptation isn’t just defence — it’s identifying new markets (e.g., heat-resistant infrastructure, drought-tolerant seeds, insurance products).

Climate Resilience

Climate resilience is the capacity of social, economic, and environmental systems to cope with a hazardous event or trend, responding and reorganising in ways that maintain essential function, identity, and structure, while also maintaining capacity for adaptation, learning, and transformation.

Intuition: After a shock, a resilient system bounces back to the same or better state — not just survival, but maintaining social order and learning.
Community-level example: Indigenous peoples (e.g., in the Western Ghats, Andaman & Nicobar Islands, Pacific Islands) often detect early signs of tsunamis or extreme weather using nature-based indicators. Their leaders guide the community on evacuation, food storage, and staying indoors.
- This traditional knowledge was highlighted at the G20 summit as a resource to be documented and applied.
SME relevance: Businesses can build resilience in vulnerable communities by:
- Providing communication tools (apps, sirens)
- Designing affordable storage solutions that protect crops from extreme weather
- Creating supply chains that hold during disruptions

Concept	Focus	SME Angle
Mitigation	Reducing emissions & enhancing sinks	Energy efficiency, recycling, carbon offsets
Adaptation	Adjusting to climate effects	New products (millets, wiper blades, flood monitors)
Resilience	Coping & reorganising after shocks	Systems that maintain community function

Exam tip: Resilience includes transformation — the system may change fundamentally. Adaptation is a specific adjustment; resilience is the broader capacity to absorb, adapt, and transform.

Circular Economy

Circular economy is a sustainable economic model in which products and materials are designed to be reused, remanufactured, recycled, or recovered — keeping resources in use as long as possible, eliminating waste.

Intuition: Instead of “take-make-dispose”, materials flow in cycles. SMEs are essential because large corporations often rely on small suppliers to handle recovery, repair, and recycling.
Examples: Remanufacturing spare parts, collecting used electronics, turning textile scraps into new fabric.

Indigenous Knowledge

Indigenous knowledge refers to the philosophies, values, skills, and competencies developed by societies with a long history of interaction with their natural surroundings. It is a living reservoir of climate wisdom.

Relevance: Indigenous communities observe subtle changes (e.g., prolonged heat spells, delayed monsoons) and respond with practices like crop rotation, diversified planting, and seasonal migration.
Evidence from research: In the textbook Media and Climate Change (Chapter 6, p. 71; Table 6.1 on p. 77), a study in the Western Ghats documented community responses to climate and socioeconomic change:
- Introduction of resilient crops (e.g., millets)
- Labour migration
- Skipping meals
- Selling assets or borrowing money
SME opportunity: Develop apps or services based on indigenous indicators (e.g., cloudburst alerts, crop-planting calendars), support value chains for traditional crops, and create market access that respects local knowledge.

Key takeaways

Climate mitigation reduces emissions; SMEs can act through energy, water, waste, and carbon sinks.
Climate adaptation adjusts to actual changes; SMEs can profit by creating products that help communities cope (e.g., millets, wiper blades, flood monitors).
Climate resilience is the capacity to withstand, reorganise, and learn from shocks — indigenous knowledge offers proven strategies.
Circular economy closes material loops; SMEs are vital for reuse, remanufacture, and recycling.
Indigenous knowledge is a credible, field-tested source of climate solutions; SMEs should collaborate with local communities for mutual benefit.

Defining "Local Entrepreneurship" over "SME"

The term MSME (Micro, Small & Medium Enterprise) is a legal/statistical classification based on size. However, the interview argues that a more accurate lens for understanding this sector is local entrepreneurship — a broader category that includes cooperatives, NGOs, social enterprises, for‑profit businesses, and startups. All can be part of the SME space, but the label "local entrepreneurship" captures their common trait: they are embedded in a specific community and operate at a scale that is not global.

Exam tip: In course discussions, be ready to explain why “local entrepreneurship” is preferred — it includes non‑registered entities and social ventures that the narrow MSME definition often misses.

Grassroots Policy Exposure: The LAMP Fellowship

The LAMP Fellowship (Legislative Assistant to a Member of Parliament) provided a direct view of how policy is made for MSMEs at the grassroots level.

Fellows are assigned to MPs across party lines, working only on non‑political, public‑interest tasks.
Key activities: engaging with constituents (small business owners), attending the CII Parliamentary Forum, tracking government responses to parliamentary questions.
COVID‑19 impact: MSMEs were the hardest hit. The fellow’s work involved studying international support initiatives, private‑sector responses, and technology adoption needed for business model transformation.
Outcome: a personal compilation of 26–27 government schemes supporting different facets of setting up an MSME unit (women‑owned businesses, disadvantaged communities, marketing, warehousing, quality testing, e‑commerce linkages).

The Government Ecosystem for MSMEs

The support is not limited to the MSME Ministry alone. Multiple ministries run their own MSME‑focused initiatives:

Ministry	Example of MSME‑related activity
Ministry of Skill Development	Skilling programmes for SME labour force
Ministry of Textiles	Schemes for handloom, garment clusters
Tribal Welfare	Grants for non‑timber forest produce businesses
Social Justice	Support for enterprises owned by disadvantaged groups
Agriculture	Value‑chain support for smallholder farmers
State Governments	Additional 10–15% benefits for hill states / North‑east (to compensate for weak logistics)

Key insight: This ecosystem is not a one‑time initiative — it is a deliberate, multi‑stakeholder effort to create an enabling environment touching every sector and region.

International Examples of SME Support

North Africa (Egypt, Sudan, Ethiopia)

A tech startup digitised HR and customer management for small hotels/restaurants (an SME that could not afford custom software).
It leveraged government grants for tech adoption to provide a one‑time digitalisation service.

Latin America (Bolivia, Peru)

Blended finance models involving multinationals (e.g., Nestlé in coffee plantations).
Government + private sector jointly offer grants for climate‑resilience upgrades, skill building, and quality improvement for SMEs in the supply chain.

Local adaptation: The "One District One Product" (ODOP) approach in India — each district identifies a flagship product; local panchayat and district skill committees tailor schemes to that product.

The Sustainability Dimension & Motivation for a Global Masters

The interview distinguishes two meanings of sustainability for SMEs:

Risk management – making the business resilient to shocks (e.g., COVID‑19, climate extremes).
Impact – contributing to lowering carbon emissions, social equity.

No one‑size‑fits‑all solution exists; solutions must be contextualised for the developing world (Global South). The speaker’s motivation for studying at The Fletcher School was to learn where global conversations on climate finance, impact investing, and sustainability finance were being led, then bring that knowledge back to India to adapt and modify policies for the Indian SME ecosystem.

Worked example of contextualisation:

The speaker’s company signed an MoU with the Government of Madhya Pradesh to support the Chanderi saree cluster.
Activities: capacity building, skilling in digital e‑commerce, risk awareness for online markets.
This public‑private partnership directly addresses a local‑level gap (market linkages for weavers) by adapting global best practices to Indian conditions.

Key Takeaways

Local entrepreneurship > narrow SME definition: includes cooperatives, NGOs, startups.
The LAMP Fellowship gives firsthand policy experience — tracking schemes, responding to COVID‑19 impacts on MSMEs.
Over 26 government schemes exist across multiple ministries (Skills, Textiles, Tribal Welfare, etc.) — not just the MSME Ministry.
International examples (North African tech adoption, Latin American blended finance) show the importance of government‑private collaboration for SME digitalisation and climate resilience.
Sustainability for SMEs has two facets: risk resilience and environmental impact; solutions must be contextualised for the Global South.
Public‑private partnerships at the district level (e.g., Chanderi saree cluster) are a practical model for scaling local entrepreneurship.

Exam tip: Be prepared to cite concrete schemes (e.g., ODOP, grants for women‑owned businesses) and explain how policy learning from abroad (Fletcher School) can be adapted to India’s SME ecosystem.

Why This Session Matters

Dr. Sumitra Chowdhury, former Indian Economic Service officer, links decades of policy experience (Ministry of Finance, DPIIT, etc.) with ground-level sustainability research (e.g., ecological implications of production in Meghalaya). This lecture provides the historical evolution of India’s MSME definition, the core sustainability framework (mitigation, adaptation, resilience), and actionable policy directions for entrepreneurs – especially those wanting to embed sustainability from the start.

The Beginning (1948–1956)

1948 first Industrial Policy Resolution after independence; aimed to develop industry for national needs.
1951 Industrial (Development and Regulation) Act.
1956 Industrial Policy Resolution: categorised industries into three groups – public sector, joint public-private, and private sector (where small-scale industries fell).
Small-scale industries were defined by:
- Investment ≤ ₹5 lakh.
- If using power: ≤ 50 employees; if not using power: ≤ 100 employees.

Incremental Changes (up to 2001)

Investment limit raised several times: ₹5 lakh → ₹10 lakh → ₹25 lakh → … up to 2001.

2006 – MSMED Act (Micro, Small & Medium Enterprises Development Act)

Converted “small scale industries” into the three-tier MSME framework.
Investment limits (manufacturing only):

Category	Investment in plant & machinery
Micro	< ₹25 lakh
Small	₹25 lakh – ₹5 crore
Medium	₹5 crore – ₹10 crore

Services sector was brought under MSME for the first time (reflecting >50% contribution to India’s GDP over two decades).

2020 Revision

Investment limits raised substantially, and annual turnover added as an alternative criterion.

2025 Definition (April 2025)

Category	Investment limit (fixed assets)	Annual turnover limit
Small	≤ ₹25 crore	≤ ₹100 crore
Medium	≤ ₹125 crore	≤ ₹500 crore

Why the changes? Driven by inflation, evolving industrial environment, and the desire to let more enterprises benefit from government incentives while scaling up.

Key takeaways – MSME definition

Definition started as a simple investment & employment measure in 1948; expanded to include services in 2006.
Latest (2025) limits: small up to ₹25 cr investment / ₹100 cr turnover; medium up to ₹125 cr / ₹500 cr.
No uniform global definition – countries vary (often use number of workers); India uses investment & turnover.
The changes reflect industrial reality and policy push for scaling up.

No Single Definition – But a Clear Framework

Sustainability in the industrial context links to climate change and long-term business viability. Dr. Chowdhury presents three interconnected concepts used internationally:

flowchart LR
  A[Mitigation] --> B[Adaptation] --> C[Resilience]
  
  A: Reduce emissions + absorb emitted carbon
  B: Adjust practices to actual/expected climate
  C: Absorb, adapt, access services without worsening climate

Mitigation → Net Zero

Mitigation = reducing carbon emissions while absorbing already‑emitted carbon from the atmosphere.
The net result → Net zero.
India committed to net zero by 2070 (recognising still‑developing status, large population).
Other national commitments: NDCs (Nationally Determined Contributions) with interim targets by 2030.

Adaptation

Adaptation = making ecological, social, and economic changes (processes, practices, structures) to adapt to actual or expected future climate conditions.

Resilience

Resilience = the ultimate goal: the ability to absorb, adapt to, and continue accessing critical services without negative climate impact.
For businesses: resilient operations that can withstand climate shocks.

The Population Driver

Dr. Chowdhury shows a timeline of world population growth (derived from the book’s table):

Billion milestone	Time taken to add next billion
1st billion	~1800 years
2nd billion	~130 years
3rd billion	~30 years
4th billion	~15 years
5th–8th billion	~12 years each (1975–2022)
9th billion estimated	~2034–35

Why it matters: Faster population growth increases pressure on resources, amplifies climate change, and demands stricter resource planning – a key concern for any new business.

Key takeaways – sustainability concepts

Three pillars: mitigation (reduce + absorb → net zero), adaptation (adjust practices), resilience (absorb and thrive).
India’s net zero target is 2070; national targets are set in NDCs.
Population growth is a fundamental driver – more people = more resource pressure.
New entrepreneurs have an advantage: they can design sustainability in from the start.

India’s Policy Initiatives

Zero Defect, Zero Effect (ZED) – produce without defect and with zero negative environmental effect.
International Solar Alliance – launched by India; now >120 members. Solar accounts for 48% of renewable energy generation in India (surpassing hydropower).
BRSR (Business Responsibility & Sustainability Reporting) – mandatory for top 1,000 BSE-listed companies; sets the reporting standard for ESG.
LiFE (Lifestyle for Sustainable Lifestyle) – promoting sustainable consumption at individual level.
Circular economy – emphasis on reuse, recycle, reduce waste – both for industry and personal living.

Why SMEs Must Act on Sustainability – Even if Not Directly Regulated

Reason	Explanation
Global value chains	Big companies (e.g., IKEA, German/Italian firms) require suppliers to certify sustainability before buying components.
Access to finance	Banks and financial institutions increasingly ask for a climate‑resilience plan when evaluating loan proposals.
Tax benefits	Sustainable practices unlock government tax incentives.
Integration	Without a sustainability declaration, a small industry cannot become part of a larger company’s supply chain.

Exam tip: The BRSR framework is India’s equivalent of ESG reporting. Even though it’s not mandatory for small firms, understanding its requirements is crucial because big buyers and banks will expect similar disclosures.

Example: Role of SMEs in Value Chains

Small firms often produce parts and components (e.g., motherboards, SIM cards) that go into finished products.
Indian SMEs have historically missed export opportunities because they couldn’t meet international quality/sustainability standards – while smaller countries (Vietnam, Bangladesh) integrated into value chains.

Key takeaways – policy & practice

India promotes sustainability via ZED, solar alliance, BRSR, circular economy, LiFE.
SMEs must adopt sustainable practices to access global value chains, bank financing, and tax benefits.
Big companies require supplier certification; government top‑1000 reporting sets the standard.
Local knowledge (e.g., community responses in Western Ghats, Table 6.1 in the book) can be a rich source for research and entrepreneurship – combine global frameworks with local realities.

How to Navigate the Information Overload

Understand core concepts (mitigation, adaptation, resilience) clearly before diving into policies.
Consult primary sources, not Wikipedia or news reports alone. Use government reports, BRSR filings (e.g., Infosys), and the textbook (especially pages 7–12 table on climate change debate, and page 77 Table 6.1 on community responses).
Read news reports critically – they give clues but not the full picture. Always cross‑check with original sources.
For entrepreneurship: start with the ESG or BRSR framework to know what you’ll be asked to report.
Local context matters. India’s diversity means global/national policies must be adapted to regional ecosystems (e.g., Western Ghats vs. Delhi). Collaborate with local media, community radio, or YouTube creators to understand ground‑level issues.

Exam tip: Look up the book’s Table 6.1 (page 77) – it shows how community responses to climate change (prolonged hot spells, crop failure, debt) can be interpreted through the sustainability lens. That’s a model for linking local observations to global concepts.

Key takeaways – for learners

Start with clear concepts before diving into policy details.
Use original sources (government reports, BRSR filings, textbook historical table).
News articles are starting points, not final authority.
Integrate local knowledge with global frameworks – many entrepreneurial opportunities lie in that gap.

Sectoral approaches to decarbonisation

Sectors Driving Sustainability

The Confederation of Indian Industry (CII) represents India's industrial voice at global summits such as the COP conferences. It curates panels with leaders from different sectors and sizes of industry to present India’s perspective, especially on food security and the need for nationally determined goals that protect small farmers. As an innovator of the global South (India and Africa), India faces disproportionate impacts from climate extreme events, making local, sustainable interventions critical.

Case Study 1: Millets (Ragi) – Odisha Millets Mission

The humble millet (locally called Ragi) is a climate-resilient, nutrient-rich crop. In the Dhenkanal district of Odisha, under the Odisha Millets Mission, women’s self-help groups (SHGs) tackled key challenges:

Lack of access to quality seeds and farming inputs
Inadequate storage and infrastructure (pests, rain damage)
Low awareness among farmers about millet cultivation
Limited product diversification, innovation, and value addition

Interventions:

Sensitisation and value-addition training for 20 SHG members
Packaging and marketing support (events, exhibitions)
Supply to midday meals in schools and Anganwadi centres
Formation of 5 FPOs (Farmer Producer Organisations)

Impact:

Millet cultivation increased by 1,000 hectares across five blocks
1,500 tribal households reached
Products developed: Ragi powder, Ragi Laddoos, Ragi Cookies, Ragi Mudki

Financial outcome (example – Ragi powder):

Item	Value
Quantity produced/sold	15 kg
Selling price	₹58/kg
Revenue earned	₹70/kg
Profit per kg	₹13/kg

Value addition boosted revenue and profitability. The project also built awareness that millets are sustainable and improve maternal and child nutrition.

Exam tip: Linking government schemes (e.g., Odisha Millets Mission) to SME interventions is a recurring theme. Understand how state-level policies create entrepreneurial opportunities in aspirational districts.

Key takeaways

Millets are climate-resilient and sustainable; government missions enable value addition at the grassroots.
Self-help groups and FPOs are powerful vehicles for scaling impact.
Even small-scale processing (e.g., Ragi powder) can increase profit margins significantly.
Awareness, training, and market linkage are critical to overcoming farmer challenges.

Case Study 2: Handicrafts – Dhokra, Straw Craft, Tribal Jewellery, Bamboo

India’s artisans are globally renowned, but they face severe competition from automated production, especially from factories using synthetic materials. For example, the famous Channapatna wooden toys (made from traditional wood and vegetable dyes) now compete with cheaper automated toys made from sawdust and glue, which are toxic and lack sustainability.

Challenges:

Increased cost of raw materials
Low profit margins due to competition from automated mass production
Lack of awareness of market-relevant designs
Ignorance of government schemes
Behavioural and social issues among artisan communities

Interventions:

Collaboration with the Handicrafts Department and ORMAS (Odisha State Government ecosystem)
Market research to guide design: smaller, gift-friendly sizes (e.g., desktop elephants)
Setting up raw material banks at artisan villages
Selling through the One Station One Product (OSOP) stores at railway stations

Impact (example – Dhokra item):

Item	Cost	Selling price	Profit
One Dhokra piece	₹4,100	₹5,000	₹1,000

The OSOP scheme provides a ready sales channel; visiting these stores is a practical way to understand local products and market demand.

Exam tip: Competition from automated imports is a common threat. Differentiation through authenticity, eco-friendliness, and government-supported retail (OSOP) can help SMEs thrive.

Key takeaways

Handicraft SMEs must innovate on design and size to meet modern market preferences.
Raw material banks reduce input cost volatility.
The One Station One Product scheme is a direct, low-cost retail outlet for artisans.
Entrepreneurs should cultivate curiosity: ask what sells, what doesn’t, and why.

Case Study 3: Cashew Nuts – Processing Unit Challenges

Cashew is a high-value cash crop, but processing is labour-intensive and faces multiple barriers.

Challenges:

Huge capital investment required for processing units
Complexity of grading, packaging, and shelf-life management
Export regulations, tariff and non-tariff barriers (environmental, social)
Seasonal supply vs. year-round demand
Lack of skilled labour in processing units

Interventions (project-based):

Awareness campaigns to bridge demand-supply gap
Proposals to Regional Industries Centres to set up processing units
Value addition training
Provision of loans under the PMFME (Pradhan Mantri Formalisation of Micro Food Processing Enterprises) scheme

Impact:

Mitigation of demand-supply gap
Promotion of value-added products
Speedier loan disbursement under PMFME

Exam tip: The PMFME scheme is a central government financing instrument for micro food processing SMEs. Understand its role in supporting value addition.

Key takeaways

Cashew processing units are capital- and skill-intensive; government loans and training can de-risk entry.
Value addition (grading, packaging, shelf-life extension) is essential to compete in export markets.
Seasonal cycles require smart inventory and supply chain management.

Case Study 4: Jackfruit – Sakrepatna Jackfruit Forum

In Sakrepatna (Chikmagalur district, Karnataka), jackfruit was going to waste despite abundant harvests. Entrepreneurs Nara Kumar (NG Fruits) and Sachidananda Nayak (Vajra Biotech) formed the Sakrepatna Jackfruit Forum to reduce wastage and maximise value.

Interventions:

Set up a cold supply chain for pulping and storage
Developed value-added products from jackfruit
Created new business opportunities while saving a traditional crop

Impact:

Reduced jackfruit waste
Employment for ~30–40 people
New skill courses developed for agriculture and allied communities
Became a role model for local entrepreneurship

The key message: local is the way to go. Entrepreneurs who understand the local ecosystem, culture, and communication can lead by example, inspiring neighbours and classmates to start their own ventures.

Key takeaways

Jackfruit is an underutilised crop; cold chain and value addition can turn waste into profit.
Local leadership (“be a role model”) multiplies impact by inspiring others.
Entrepreneurship in familiar regions reduces risk and leverages local knowledge.
SMEs can integrate sustainability into the value chain by saving traditional crops.

Cross-Cutting Themes and Final Takeaways

The four case studies illustrate a consistent pattern: SMEs in agriculture, handicrafts, and food processing can achieve sustainability and growth through value addition, government scheme awareness, and local ecosystem engagement.

Sector	Key Challenge	Intervention	Impact
Millets (Ragi)	Low value addition, lack of awareness	Training, SHGs, market linkage, midday meal supply	Increased cultivation, profit per kg
Handicrafts	Competition from automation, raw material cost	OSOP stores, raw material banks, design innovation	Higher profits, new sales channels
Cashew nuts	High capital, seasonal supply, export barriers	PMFME loans, processing unit setup, awareness	Demand-supply gap reduced
Jackfruit	Wastage, lack of cold chain	Cold supply chain, value-added products	Waste reduction, job creation

Unifying principles:

Policy awareness is non-negotiable – schemes like Odisha Millets Mission, OSOP, and PMFME provide concrete support.
Value addition transforms raw commodities into higher-margin products.
Local ecosystems – culture, language, trust – are competitive advantages.
Curiosity and failure tolerance (asking “why didn’t this work?”) are essential entrepreneurial mindsets.

Exam tip: Always link SME challenges to specific government schemes. For any sector, be ready to suggest a plausible intervention (training, financing, market access, infrastructure). The module emphasises that these are real, replicable models.

Final key takeaways

SMEs can drive decarbonisation and sustainability indirectly by preserving traditional, low-emission practices and reducing waste.
Every state and district has unique schemes; entrepreneurs must actively research (newspapers, government websites, railway station stores).
The global South’s vulnerability to climate extremes makes local, resilient value chains urgent.
Small-scale success stories (like Sadhana Deshmukh’s soy milk from a katori) demonstrate that persistence and local resourcefulness pay off.

Decarbonisation and Climate Change

Burning fossil fuels (coal, diesel, petrol) releases carbon dioxide (CO₂) and other gases into the atmosphere. These gases trap heat like a glass panel in a greenhouse—this is the greenhouse effect, the primary driver of climate change. Decarbonisation means systematically cutting those emissions: shifting to renewable energy, improving efficiency, and redesigning processes to minimise waste. It is a long-term pathway, not a short-term fix. For SMEs, embedding decarbonisation goes beyond compliance—it must become part of every operational decision.

Carbon Emissions and the Climate Challenge

Fossil fuel combustion releases CO₂, which accumulates in the atmosphere. The greenhouse effect raises global temperatures, destabilising weather patterns, ecosystems, and economies. The logic: more fossil fuel use → more trapped heat → accelerated climate change.

Decarbonisation – the systematic reduction of greenhouse gas emissions, especially CO₂, by transitioning to renewable energy, improving efficiency, and redesigning processes to cut waste.

The Challenge of Transition

Moving from fossil fuels to renewables is difficult. Countries face:

Job impacts – e.g., coal mines in India employ many; closing them requires large-scale reskilling and job relocation.
Scale – the shift must happen across every sector, not just energy.
Data and technology – positive steps exist, like India’s mandate for listed companies to report carbon footprints, providing unique data for monitoring. Technology can help make sustainability affordable.

Analogy: Decarbonisation is like adopting a healthier diet. Excess carbon emissions = excess calories, destabilising the planet. Cutting “carbon calories” makes enterprises resilient, competitive, and future-ready.

India’s Panchamrit Commitments

At the 2021 Glasgow Climate Summit, India announced five transformative promises—Panchamrit (Sanskrit for “five nectars”). These guide India’s decarbonisation pathway and directly affect SMEs.

Commitment	Target	Implications for SMEs
1. Non‑fossil energy capacity	500 GW by 2030 (solar, wind, hydro, nuclear)	Access to cleaner energy at scale; opportunities to adopt renewables.
2. Renewables share of electricity	50 % by 2030	Encourages rooftop solar, green power purchase, energy resilience.
3. Emission reduction	1 billion tons reduction in projected emissions by 2030	Every sector must adopt efficient processes, cut waste, innovate product design.
4. Carbon intensity reduction	Cut carbon intensity of GDP by 45 % by 2030	Produce more value with fewer emissions; embed efficiency in all operations.
5. Net‑zero target	Achieve net‑zero emissions by 2070	Long-term alignment with global supply chains and climate benchmarks.

Exam tip: The five Panchamrit targets (especially numbers and years) are high‑yield. Expect questions linking them to SME opportunities and regulatory pressure.

Practical Example: Water and Energy

Consider water in urban high‑rises. Pumping water to upper floors consumes significant electricity—every litre moved adds to the building’s carbon footprint. When constructing an SME unit, think about:

How water is moved and stored.
The energy used for pumping.
Minimising waste at the design stage.

Such minute details accumulate when calculating an enterprise’s carbon footprint. They demonstrate to stakeholders (upstream and downstream) that sustainability has been considered from the start.

Key takeaways

Greenhouse effect from fossil fuel CO₂ drives climate change; decarbonisation is the long‑term solution.
Transitioning is complex due to job displacement, scale, and cost, but data tools and mandates (e.g., India’s reporting rule) are emerging.
India’s Panchamrit commitments set concrete 2030 targets: 500 GW non‑fossil capacity, 50 % renewable electricity, 1 billion ton emission reduction, 45 % lower carbon intensity, and net zero by 2070.
SMEs must treat decarbonisation as a strategic, long‑term embedded practice, not a short‑term compliance checkbox.
Small operational choices (e.g., water pumping) contribute to carbon footprint and matter to investors and customers.

Stakeholder Mapping

Stakeholder mapping identifies the actors relevant to a business’s decarbonisation efforts, their interests, and the networks they operate in. Intuitively: you cannot manage what you do not see — if you miss a key stakeholder, your strategy fails.

Stakeholders are individuals or groups who have an interest in or are affected by a business's decisions. Examples:

Owners seeking profits
Employees wanting fair wages
Customers demanding quality
Communities expecting responsible behaviour (e.g., not discharging harmful waste water into local drainage or emitting toxic fumes from a factory chimney)

In the sustainability context, stakeholders set expectations, regulators enforce rules, financiers evaluate risks, NGOs advocate for environmental responsibility, the media communicates responsibly, and international bodies shape global policy. Stakeholders both drive and respond to decarbonisation — they demand standards, then scrutinise implementation against benchmarks.

Exam tip: The core reason for stakeholder mapping is that unmapped stakeholders lead to unmanaged risks. Memorise the three-why test: Who is important? Why? How to address their concerns?

Three categories of stakeholders

Category	Examples
Internal	Employees, middle-level management, investors
External	Customers, regulators, financiers, government, communities, NGOs
Sectoral	Industry associations (e.g., CII, FICCI, NASSCOM, SIAM), professional networks, academic institutions for collaboration

For an SME in India, sectoral stakeholders include bodies like the Confederation of Indian Industry (CII), FICCI, NASSCOM (IT), or SIAM (automotive). These associations provide sector-specific guidance and collective influence.

Networks and agencies — creating an ecosystem of support

SMEs often lack resources to act alone. Networks and agencies provide:

Technical knowledge
Funding opportunities
Policy guidance
Platforms for collaboration

Key global and national bodies:

UNFCCC (United Nations Framework Convention on Climate Change) — facilitates global negotiations
IPCC (Intergovernmental Panel on Climate Change) — provides scientific assessments, including annual alarming reports on the 1.5°C warming threshold
SBTi (Science-Based Targets initiative) — a partnership of CDP, UN Global Compact, WRI, and WWF. Helps companies set GHG reduction targets consistent with the Paris Agreement. For SMEs, SBTi offers simplified pathways reducing measurement and reporting complexity. Adopting SBTi targets brings international recognition, credibility with investors and customers, and access to global supply chains.
NITI Aayog — provides strategic direction for India’s decarbonisation agenda
Ministry of MSMEs — supports small firms in adopting sustainable practices
Industry associations (CII, FICCI) — create guidelines, training, and certification programs for SME decarbonisation

Practical example: The NSRCEL (IIM Bangalore’s incubator) recently posted a call for SMEs to collaborate with Maruti Suzuki on circular economy — reusing, restructuring, or refurbishing components. NSRCEL acted as the platform enabling such sectoral collaboration.

Sectoral clusters and alliances (e.g., in textiles, renewable energy, manufacturing) help SMEs share solutions, pool resources, and create scale — reducing costs and accelerating innovation.

How SMEs can engage:

Join industry associations
Participate in sectoral clusters
Apply for government schemes
Align with global frameworks like SBTi

Multidisciplinary collaboration — why it matters

Decarbonisation is too complex for one sector or discipline alone. It requires collaboration across engineering, management, policy, finance, and design.

Example from Siemens (senior sustainability leader): Siemens replaced existing materials with green metals in their Frankfurt factory and tackled upstream (sourcing) and downstream (waste management). For the thermoplastic components in MCB switches (used in electricity meter switchboards), they found a collaborator outside their industry — the cement industry — which bought the waste to produce blended cement. This illustrates going beyond the value chain and the power of cross-sector collaboration.

Roles of specific professionals:

Professional	Contribution
Engineers	Develop low-emission technologies, improve energy efficiency, design renewable energy systems
Managers	Integrate sustainability into strategy, allocate resources, implement efficiency measures
Policy makers / Regulators	Design incentives, subsidies, regulatory frameworks; enforce compliance
Financiers / Investors	Provide capital, assess risks, reward low-carbon practices
Designers / Innovators	Reimagine products for circular economy (repair, reuse, recycle)

Worked collaboration example – rooftop solar installation in an SME:

flowchart TB
    subgraph Actors
        E[Engineers]
        M[Managers]
        F[Financial institutions]
        P[Policy makers / regulators]
        D[Designers]
    end
    E -->|Design and install solar system| Solar[Rooftop Solar Plant]
    M -->|Coordinate project, integrate into strategy| Solar
    F -->|Provide loans and credit| Solar
    P -->|Support through subsidies, incentives, approvals| Solar
    D -->|Optimise processes and workspace for energy efficiency| Solar
    Solar -->|Outcome| Decarbonised SME

Exam tip: The Siemens–cement industry example is a classic illustration of cross-sector collaboration for circular economy. Remember the mechanism: thermoplastic waste → cement industry → blended cement.

Key takeaways

Stakeholder mapping answers: who matters, what do they want, how to engage.
Three categories: internal, external, sectoral (industry associations).
Networks (NSRCEL, SBTi, CII) create ecosystems that help SMEs overcome resource gaps.
Multidisciplinary collaboration (engineers + managers + financiers + policy + designers) turns technical solutions into viable business practices.
Going beyond the value chain — collaborating with unrelated sectors — can unlock circular economy opportunities.

Sectoral Approaches to Decarbonisation

Decarbonisation does not look the same across industries. Manufacturing, food, retail, logistics, construction, and services each face unique emission profiles, regulatory pressures, and cost structures. Sectoral approaches tailor strategies to be both practical and impactful.

Small and medium enterprises (SMEs) operate in every sector and collectively form the backbone of national productivity. Sectoral strategies must consider how SMEs can implement decarbonisation affordably and effectively.

Why Sectoral Approaches Are Needed

Sector	Core Challenge	Main Emission Sources
Manufacturing	High energy intensity, fossil fuel reliance, waste	Process heat, electricity, waste
Food & Agriculture	High methane from waste, cold chain	Cultivation, processing, packaging, transport, food waste
Retail & Consumer Goods	Embedded emissions across supply chain	Packaging, store energy, logistics
Logistics & Transport	Heavy diesel vehicle dependency	Fuel combustion, inefficient routing
Construction & Real Estate	High embodied carbon in materials	Cement, steel, bricks, construction waste, building energy
Services & IT	Less visible but substantial indirect emissions	Electricity for servers, business travel, commuting, procurement

Manufacturing SMEs

Challenges: High energy intensity, cost & knowledge gaps for advanced tech.

Opportunities:

Energy efficiency improvements (e.g., modern induction furnaces)
Renewable energy adoption (rooftop solar)
Waste reduction & circular economy (recycling scrap, industrial symbiosis)
Switching to cleaner fuels, efficient machinery

Worked example (metal-working SME)

Installs energy-efficient induction furnace → reduces electricity consumption ~30%.

Adds rooftop solar panels → supplies significant daily power, lowering fossil fuel dependence.

Implements material recovery system → scrap metal segregated and sold to recyclers, closing the loop.

Aligning with SBTi (Science Based Targets initiative) helps manufacturing SMEs demonstrate commitment and integrate into international supply chains demanding sustainability reporting.

Food & Agriculture SMEs

Challenges: Emissions from cultivation, processing, packaging, transport; food waste → methane.

Opportunities:

Sustainable sourcing (local, low-impact suppliers)
Improved energy use in processing and cold storage (efficient refrigeration)
Reduced packaging waste
Cutting food waste along the supply chain — most impactful opportunity
Mission LiFE (Lifestyle for Environment): promote responsible consumption, nutritious diets, waste calculators in canteens

Worked example (food processing SME) Installs energy-efficient refrigeration, sources from local sustainable farmers, introduces composting for food waste → reduces emissions, strengthens brand reputation.

Field visits (e.g., to a sustainable farm) help employees internalise the effort behind food, reducing waste.

Retail & Consumer Goods SMEs

Challenges: Packaging, store energy use, complex supply chains — emissions at every stage.

Opportunities:

Green supply chains
Eco-friendly packaging (biodegradable)
Energy efficient lighting and cooling (LED, smart systems)
Digital tools to reduce paper and optimise logistics
Carbon labelling to empower informed consumer choices

Behavioural call-out: Think before clicking "add to cart". Consider carbon footprint of last-mile delivery. Avoid unnecessary single-item deliveries; plan monthly shopping instead.

Fast fashion is a major issue — shoes and clothes end up in landfills, often non‑biodegradable.

Worked example (clothing retailer) Switches to biodegradable packaging, installs LED lighting, partners with low-emission suppliers → lowers footprint, attracts eco‑conscious customers.

Logistics & Transport SMEs

Challenges: Heavy reliance on diesel vehicles, inefficient routing, fragmented operations; high cost of clean transport transition.

Opportunities:

Route optimisation software
Shift to electric vehicles (pilot small fleets)
Shared logistics platforms (reduce empty miles)
Fuel‑efficient driver training

Real‑world example (automobile giant) Reduced lorry travel time from Bangalore to Delhi from 30 to 28 days through better route planning — improved efficiency and lowered carbon footprint.

Worked example (delivery SME) Adopts route optimisation software, pilots electric vans, trains drivers in fuel‑efficient practices → lower cost and reduced emissions.

Construction & Real Estate SMEs

Challenges: Emissions from cement, steel, bricks; construction waste; building energy use.

Opportunities:

Low‑carbon building materials: fly ash bricks, recycled steel, alternative cement blends
Energy‑efficient design: natural lighting, ventilation to reduce electricity demand
Waste recycling: reuse concrete debris, wood, metal → close the material loop

Worked example (construction materials supplier) Integrates fly ash bricks, recycled aggregates, blended low‑carbon cements. Promotes building layouts maximising daylight and natural ventilation. Onsite waste segregated and recycled → lower emissions, lower costs, stronger reputation.

Reputation effect: once an SME is known for sustainable waste management, clients seek its services for debris disposal.

Services & IT SMEs

Challenges: Electricity for data servers, digital infrastructure, business travel, employee commuting, office supplies — less visible but substantial indirect emissions.

Opportunities:

Transition to renewable energy for offices and servers
Energy‑efficient equipment (laptops, printers, smart lighting)
Digitisation: cloud platforms, reduce paper
Flexible work arrangements (remote/hybrid) → cut commuting and travel
Sustainable procurement policies for supplies, catering, outsourced services

Worked example (IT consultancy) Moves servers to a green cloud provider, adopts energy‑efficient laptops, reduces air travel through virtual meetings → cuts emissions and lowers costs.

Integrating Strategies: Cross‑cutting Principles

Robust waste management conserves resources and reduces disposal emissions.
Mission LiFE (behavioural philosophy) aligns SMEs with national priorities and encourages sustainable consumer choices.
Science‑Based Targets initiative (SBTi) benchmarks enhance credibility and access to international markets demanding climate responsibility.

Key takeaways

Each sector (manufacturing, food, retail, logistics, construction, services) has distinct emission sources and feasible interventions.
SMEs can act through energy efficiency, renewable energy, waste circularity, sustainable sourcing, and low‑carbon logistics.
Mission LiFE and SBTi are key frameworks for credibility and alignment.
Worked examples show that practical, low‑cost changes (LED lighting, route optimisation, solar, fly ash bricks) deliver measurable emissions cuts and cost savings.
Responsible consumption (e.g., reducing fast fashion, minimising last‑mile deliveries) is a cross‑sector behavioural lever.

SMEs and the Journey to Net Zero

Net zero means achieving a balance between greenhouse gases (GHGs) released into the atmosphere and those removed or absorbed. Intuitively, every tonne of emission a business or country produces must be matched by actions that neutralise or absorb that same amount.

$\text{Net emissions} = \text{Emissions released} - \text{Emissions removed} = 0$

This balance is the core of climate mitigation: adopting renewable energy, improving efficiency, and protecting carbon-absorbing forests. When emissions and removals are equal, net zero is achieved.

Analogy: Net zero is like balancing a financial budget. Emissions are expenses, removals are income. If expenses exceed income, there is a deficit. When they balance, the climate budget is neutral.

Why Net Zero Matters

The Paris Agreement set the target of limiting global warming to well below 2 °C. Reaching net zero by mid-century is essential to meet this goal. G20 countries, responsible for most global emissions, have committed to different net zero timelines – making it a shared international responsibility.

India’s context:

India accounts for 18 % of the world’s population but only 4 % of global freshwater resources → disproportionately vulnerable to climate impacts.
At COP 26, India announced the Panchamrit commitments, including achieving net zero by 2070.
SMEs (Small and Medium Enterprises) are the backbone of India’s industrial and service landscape. Their collective emissions are large, so without SME participation no country can realistically meet its net zero goal.

Exam tip: The connection between national net-zero targets (e.g., India’s 2070) and SME engagement is a recurring theme. Be ready to explain why SMEs are “essential actors”.

Emissions: Scope 1, 2, 3

Emissions are categorised into three scopes:

Scope	Name	Description	Example for an SME
Scope 1	Direct emissions	Emissions from sources owned or controlled by the company	Diesel trucks, coal/oil furnaces
Scope 2	Indirect energy emissions	Emissions from purchased electricity, heat, or steam (generated elsewhere)	Electricity from a coal-powered grid used for lighting and cooling
Scope 3	Value chain emissions	All other indirect emissions across the supply chain (upstream and downstream)	Suppliers producing cement/steel; customers using/disposing of products

Analogy: Emissions as expenses

Scope 1 = direct expenses you pay yourself (e.g., fuel).
Scope 2 = utility bills for electricity/water.
Scope 3 = hidden costs across your supply chain – often the largest but hardest to control, just as hidden costs can overwhelm a budget.

flowchart LR
  A[SME activity] --> B[Scope 1: Direct on-site]
  A --> C[Scope 2: Purchased energy]
  A --> D[Scope 3: Supply chain & product life cycle]
  B --> E{Total carbon footprint}
  C --> E
  D --> E

Scope 3 often dominates an SME’s carbon footprint but is also the most challenging to measure and influence.

SMEs: Current Position, Challenges, and Opportunities

Current position: Most SMEs across G20 countries are at the very beginning of their net zero journey – simple actions like LED lighting, a few solar panels, or reducing visible waste. These are important starting points but not full alignment.

Challenges:

Financial constraints: Limited resources to invest in new technologies and scaling up.
Technical knowledge gaps: Difficulty measuring and reporting emissions.
Lack of standardised reporting systems: Cannot easily demonstrate progress.

Opportunities:

Cost savings: Efficient technologies lower energy bills and protect against rising fuel/electricity costs.
Market differentiation: Sustainability attracts conscious consumers.
Supply chain access: Large companies and governments favour suppliers with credible climate actions – some even finance initiatives (e.g., rooftop panels).
Resilience: Investing in climate adaptation and resilience (key course terms) ensures long-term survival and competitiveness.

Net zero is not only a climate target – it is a business opportunity for growth and resilience.

Sustainability Reporting for SMEs

Sustainability reporting is when a company openly communicates its environmental, social, and governance (ESG) performance.

Why it matters:

Builds trust and transparency with customers, investors, and policymakers.
Customers want to know if products are sustainable.
Investors need to see climate risk management.
Policy makers need evidence that businesses support climate goals.
Prepares SMEs for future regulations and keeps them competitive.

Simplified pathways: SMEs can start with essential indicators (energy use, emissions, waste) without overwhelming technical details, then expand gradually.

Reporting Frameworks

Framework	Full Name	Relevance for SMEs
GRI	Global Reporting Initiative	Most widely used global standard. SMEs can adopt simplified GRI indicators and expand over time.
BRSR	Business Responsibility and Sustainability Reporting	Introduced by SEBI in India; initially mandatory for large firms. SMEs will eventually need to align – familiarity is good preparation.
SBTi	Science‑Based Targets Initiative	Provides credibility by showing that emission reduction targets align with climate science. Improves reputation and opens access to global supply chains.

Link between reporting and net zero: By reporting emissions and sustainability practices, SMEs create a record of their journey and can set clear targets. Frameworks like SBTi give external credibility.

Practical Steps: Four‑Step Pathway

Measure what matters – Start with the most impactful metrics: electricity consumption, fuel usage, waste segregation. Simple measurement is the foundation.
Report small wins – Don’t wait for perfection. Communicate early successes (solar panels, reduced packaging, recycling) with numbers to build momentum and attract collaboration.
Gradually adopt formal frameworks – Move toward GRI, BRSR, or SBTi over time. This signals seriousness to investors and supply chains.
Link reporting to action – Always connect reported figures to real outcomes. If energy efficiency is reported, show cost savings. If renewable adoption is reported, highlight emissions reduced.

Example: A small food processing business switching to efficient cold storage reduces energy costs and emissions simultaneously – a direct link between action and reporting.

Key takeaways

Net zero = emissions released = emissions removed; essential for Paris Agreement goals.
Emissions are categorised into Scope 1 (direct), Scope 2 (purchased energy), Scope 3 (value chain) – often largest.
SMEs face financial, knowledge, and system barriers but can turn net zero into a competitive advantage.
Sustainability reporting (GRI, BRSR, SBTi) builds trust and prepares SMEs for future mandates.
The four‑step pathway – measure, report small wins, adopt frameworks, link to action – makes the journey manageable and impactful.

On-the-Ground Perspectives: Young Sustainability Leaders on SME Decarbonisation

This section draws on interviews with Navaneeth Ganesh (worked in Bangalore Urban) and Srinidhi Gurunath (worked in Chikkamagaluru), both alumni of the Mahatma Gandhi National Fellowship (MGNF) at IIM Bangalore. Their two-year immersion in district-level skill planning revealed how SMEs can embed sustainability in local ecosystems while accessing global markets.

Navaneeth: The Policy & Market Push for Green Transition in Urban SMEs

Why an SME would turn to sustainable production

A key tension: SMEs operate on thin profit margins and aim to be cost leaders. Green technology transitions — new equipment, certifications, compliance — appear costly. Yet the pull of global supply chains and the push of policy make sustainability unavoidable.

Exam tip: The primary driver for Indian SME sustainability is access to export markets, not domestic regulation. Fines for non-compliance can reach 40%, wiping out India’s cost advantage.

India’s dual pressure: global markets + domestic policy

Force	Mechanism	Effect on SME
Global supply chains	High ESG standards required for entry into mature markets (EU, Middle East)	Must comply or lose export opportunity
Hefty fines	Up to 40% for non-compliance	Removes cost advantage vs. global competitors
Industrial associations	CII, FICCI, KASSIA, FKCCI – actively encourage green transition, compliance push	Members get support & readiness for exports
Green financing	Policy-driven funds for green tech adoption	Reduces upfront cost barrier
Domestic market	Rising purpose-driven purchases; startup policies favour sustainability	Creates local demand for green products
Government missions	International Solar Alliance, National Green Hydrogen Mission, Clean Energy Pledge (500 GW non-fossil by 2030, net zero by 2070)	Entire supply chains (e.g., Tata Steel) nudged toward green

India cannot afford to delay decarbonisation: as a country of the Global South close to the equator, it will feel climate impacts first — even if “matured markets” caused more historical emissions.

Strategic advantage of early green transition

Green infrastructure attracts financing and interest.
Domestic corporates (e.g., Tata Steel) targeting net zero by 2030–2040; their SME suppliers must follow.
Green supply chains are the direction of the world; early movers gain competitive edge.

flowchart LR
  A[Global market ESG standards] --> B{SME green transition?}
  B -->|Yes| C[Access export markets, avoid fines, attract finance]
  B -->|No| D[Lost cost advantage, risk exclusion from supply chains]
  D --> E[Domestic market may still accept, but shrinking opportunity]

Srinidhi: The Jackfruit Cluster of Chikkamagaluru — A Rural SME Sustainability Model

Chikkamagaluru: biodiversity & ecosystem services

Part of the Western Ghats, 250 km from Bangalore.
Contains: coffee plantations, forests (Kudremukha, Bhadra), grasslands, paddy/ragi fields, plantation crops (arecanut, rubber, silver oak).
Provides critical ecosystem services:
- Provisioning: water (5–6 rivers feed Karnataka & Andhra), food, medicinal plants, timber.
- Regulating: carbon storage, air quality, soil erosion control, water cycling, monsoon influence.
- Cultural: spiritual sites, ecotourism.
- Supporting: soil formation, nutrient cycling.

Any industry in such a region must consider how it affects or enhances these services.

Sakrepatna & the Ayyanakere lake

Second largest lake in Karnataka: can supply the region for up to three years when full.
Microclimate enables jackfruit to thrive — 72 different species found in Sakrepatna alone.

Why jackfruit matters for sustainability

Property	Implication
Drought-resistant	Reliable food security under climate extremes (both floods & droughts).
Low agricultural maintenance	Low input cost, suitable for marginal farmers.
Culturally integrated	Many traditional dishes; part of local identity.
Native species	Biodiversity conservation, adapted to local ecosystem.

The challenge: shift from subsistence to market economy

Farmers increasingly cut down jackfruit trees in favour of cash crops (e.g., arecanut) — giving 5–6× the return per parcel.
Jackfruit tree provides only ~₹1,000/year to a farmer (via middlemen).
Value-chain products underdeveloped; jackfruit considered a low-income crop.

The response: organisation & value addition

A Sakrepatna Jackfruit Co-operative (with district officials, local experts) identified 29 value-added products, e.g.:

Tender jackfruit → meat substitute for vegan markets
Bulbs sold separately
Popper, chips, fruit leather, dosa
Jaffee (coffee substitute from seeds)
Rotten jackfruit → biogas + manure

Strategic steps taken

Action	Purpose
Farmer Producer Organization (FPO)	Mobilise farmers, collective bargaining, connect to markets.
Special Purpose Vehicle (with MoFPI)	Aggregation centre: selling, training, biogas plant, cold storage.
Cold storage	Extends marketing season from 2 months to 6 months.
Export mechanisms	Demand from Gulf States and Kerala.
Skill development (with District Skill Committee)	Training for farmers, SHGs, youth to produce allied products.
District Skill Plan integration	Inclusion in PMKVY, district growth plan; proposal to state think tank (SITK) for agri-hub corridor.

On-the-ground implementation

District Skill Committee (headed by District Commissioner) includes entrepreneurs.
Jackfruit Mela to showcase products and educate farmers about potential income.
Sustained beyond fellowship: MLA support, continued marketing.

Sustainability measures at the processing unit (example: NG Fruits, Vajra Biotech)

Energy: Solar rooftop panels, energy conservation.
Water: Efficiency measures; resilience to power outages (climate extremes).
Workforce: Migratory workers — safe conditions, nutritious meals.
Construction: Asbestos sheets in monsoon-prone area (heat trap but acceptable in this climate).
Shelf-life extension: R&D with CFTRI (Mysore) — organic processing gives 3–6 month shelf life.
Cold storage: Stores pulp for 6–8 months, enabling year-round value addition.

These incremental sustainability measures become compliance evidence for export markets.

The NCERT Textbook: Embedding Climate Education Early

Both speakers contributed to the NCERT textbook on climate education (Class 6–8, CBSE).

Key features:

“Meet the Expert” sections — students visit farms, nurseries, talk to local practitioners.
Discovery of local wisdom: e.g., biofuel from kitchen waste, using own animals, traditional practices.
Validation (Vyasa Shiksha): local family members called as experts; reinforces value of traditional knowledge.
Illustrations (Srinidhi’s role): ensure representation of native species (cows, goats, plants) across India — students relate to local environment.
Simple sustainability actions: e.g., bird feeder attracts birds, keeps ecosystem green.

Exam tip: Small, incremental actions (cold storage, solar rooftop, local sourcing) can be as important as large infrastructure for SME sustainability — they build a culture of resilience and demonstrate ESG compliance.

How to Identify Regional Opportunities for SME Decarbonisation

Push and pull dynamics

Push from government: Special Economic Zones (SEZs), notified industrial areas, investment promotion agencies.
Pull from locals: e.g., Mangalore’s “Come back Pili” campaign — local demand for IT industry, leading to KEONICS IT park (“Silicon Beach”).
Push from policy: e.g., BBMP mandate for sewage treatment plants (STPs) in housing complexes → created demand for STP consultancy entrepreneurs (skilled through government-sponsored training at EMPRI).

Key questions for an entrepreneur

Where is the money flowing? Study the district: who is earning, from what, where are gaps?
Spend time with people on the ground. Listen to aspirations — industry will not succeed if locals are uninterested.
Make friends in the field. Access conversations and unsaid concerns beyond secondary data.
Read the village (or the local context) — don’t arrive with a solution looking for a problem.
Revisit compliance as opportunity. Sustainability regulations (STP mandate, green financing) can create new business models.

Key Takeaways

Global supply chains are the primary driver — ESG compliance is a must for export; fines can reach 40%.
India’s domestic policy is also pushing — industrial associations, green financing, net-zero commitments by large corporates ripple down to SMEs.
Local biodiversity & ecosystem services offer a unique sustainability pathway — the jackfruit cluster shows how native species can create value-added products, jobs, and resilience.
Small, incremental sustainability measures (solar, cold storage, waste-to-biogas, safe labour conditions) collectively meet export standards and build climate resilience.
Listen to the ground — spend time with communities, understand their aspirations, and identify where money flows to find genuine opportunities.
Early climate education (NCERT textbook) normalises sustainability thinking, making future entrepreneurs more ready to embed it in business.