The 21st-century globaleconomy does not demand a new model of industrialization. It demands thematuration of the existing one. For decades, nations have grappled with thedual challenge of achieving robust economic growth while addressingenvironmental and social concerns. But the narrative has shifted. What began asa simple pollution control in the ‘70s, andevolved into cleaner production and energy efficiency in the ‘90s, has nowculminated in a certain paradigm known as sustainableindustrialization. Once viewed as a cost, sustainableindustrialization has now evolved into a strategic imperative for a greentransition.
As the future of industry isbeing rewritten with sustainability at its core, this blog will explore some ofthe most critical takeaways from this global shift and see what is required tomake India’s industries sustainable keeping a focus on Medium, Small and MicroEnterprises (MSMEs).
Across the globe, nations arerecalibrating industrial strategies where sustainability is not treated as anexternal constraint or a pollution-control obligation, but by embedding it asthe operating logic of competitive, future-ready economies. What is emerging isa clear shift: sustainability has become the new baseline for ease of doingbusiness, industrial resilience, investment attraction, and long-term economicgrowth. For instance, global examples indicate a steady direction towardssustainable industrialisation. Some examples are listed below:
● The EuropeanUnion's (EU) Green Deal exemplifies this transition by reframingclimate neutrality, resource efficiency and industrial competitiveness asmutually reinforcing outcomes to be achieved by 2050. The Green Deal IndustrialPlan, operationalized through four pillars: a predictable regulatoryenvironment, faster access to funding, skill development, and resilient opentrade translates this framework into actionable industrial policy.Instruments such as the Net-ZeroIndustry Act sets clear industrial capacity targets,while the Critical RawMaterials Act secures access to essential materials likerare earths.
● Germany’s taking it further by positioningsustainability as the foundation of industrial modernization. Aiming fornet-zero by 2045, Germany is leveraging hydrogen as a critical building blockfor decarbonizing hard-to-abate and energy-intensive industries. Its NationalCircular Economy Strategy (NCES) positions Germany at the EUforefront by mandating a reduction in per capita primary raw materialconsumption (mined metals, minerals and fossil resources) from 16 tonnes to 8tonnes by 2045, doubling theshare of recycled materials used in industries by2030 and cutting per capita waste by 10% to 20% by 2030 and 2045 respectively.
● Denmark’s strategy builds on EU standardsby positioning itself as a global green leader, focusing not just on domestictargets (70% emissions reduction by 2030), but also on redirectinginternational finance flows towards green investments with its Global ClimateAction Strategy. The Danish economy has grown 40% since1990 despite decarbonization and the green sector exports 83.8 billion EURannually and employs over 73,000 people full-time.
● China surpasses earlier models by combiningtop-down industrial scale with its dual-carbongoals i.e, peaking CO2 emissions before 2030 andachieving carbon neutrality before 2060. In 2024, China investednearly USD 680 billion in clean technology manufacturing,surpassing the combined investments of the US and EU. Continued low-cost greenlending from the central bank until 2027 supportscompanies in reducing carbon emissions by creating rapid innovation cycles andmassive deployment. The economic payoff has been transformative: clean-energysectors contributed more than 10% of China's GDP in 2024 for the first time,with sales and investments worth 1.9 trillion USD driving 26% of overall GDPgrowth.
● South Korea through its HydrogenEconomy Roadmap accelerates green hydrogen deployment bytargeting the production of 3.9 million metric tons of hydrogen annually by2030. Blending its net-zero target of 2050 and Green New Deal witha highly technical approach for industrial decarbonisation, South Koreatightens the regional race to net-zero. This approach treats clean hydrogen notas an environmental add-on, but as a future industrial growth sector projectedto generate 43 billion USD in economic value and create approximately 4 lakhplus jobs.
● Australia’s approach highlights howsustainability can reduce commodity dependence while increasing value capture.Beyond green iron andsolar initiatives, Australia integrates indigenouscommunities into eco-industrial projects and localsupply chains. Economic modeling from the Minerals Institute of WesternAustralia reveals that a single green iron plant could add a cumulative 85 billion USDto Australia's GDP over its operational lifetime,generating approximately 2.4 billion USD in real income annually. Thisvalue-added approach creates a more resilient economic model less vulnerable toiron ore price fluctuations while positioning Australia to command premiumpricing for environmentally responsible products in carbon-constrained markets.
● The Gulf Cooperation Council (GCC)countries are reframing sustainability as economic diversification to reduceoil dependence, with non-oil sectors now contributing 70% of GDP. Countriessuch as Saudi Arabia and UAE target 50% renewableenergy by 2030 and 44% by 2050respectively, by combining technology adoption with strategic resourcemanagement.
● Taiwanemphasizes industrial energy efficiency, where electronics andsemiconductors consume 41% of industrial electricity. The focus on energyefficiency and low-carbon power is central to maintaining its globalcompetitiveness in high-tech manufacturing, where energy reliability and costare critical determinants of investment decisions.
● In emerging economies,sustainability-driven industrial policy is also delivering inclusive growthoutcomes. South Africa's GreenIndustrial Policy is aimed at a transition to a highervalue-added, labor-absorbing, and less carbon-intensive industry. The renewableenergy sector has attracted over USD 4.5 billion in investments andcreated jobs. Green jobs now represent 13.8% of totalemployment in South Africa, with research suggesting a just energytransition could generate over 4.5 lakh plus additional jobs in energy,resource efficiency and pollution mitigation sectors particularly benefitingyounger workers and historically underrepresented groups.
● Additionally, LeadIT(Leadership for Industry Transition), a global collaborativeinitiative co-launched by India and Sweden in 2019, focuses on acceleratinglow-carbon transitions in heavy industries like steel and cement. Thepartnership is structured around five working groups i.e, two sectoral (steeland cement) and three cross-cutting (innovation, finance, and carbon markets)which is designed to unlock flagship projects, support innovation and R&D,mobilize finance and advance market-based mechanisms.
There is a clear andconverging global consensus. Sustainability is the architecture through whichcountries are lowering business risks, attracting investment, securing supplychains, creating jobs and positioning their industries to thrive in an increasinglyclimate and carbon constrained economy. For countries around the worldincluding India where sustainability is increasingly recognised as a strategicneed for national self-reliance and development, a tight compact needs to bestitched between policy landscape, corporate action, fiscal prudence and socialgood. And any serious Indian response to the sustainable industrialisation mustbegin with its large MSME base.
India's MSMEs form the bedrock of thecountry’s economy. With deep roots in local ecosystems,these enterprises absorb vast labour pools and adapt swiftly to technologicalshifts. As of September 2025, the MSME sector constitutes 6.82 croreregistered entities on the Udyam portal, employing 29.77 crore people. In2023-24, MSME products accounted for 45.73% ofIndia’s total exports and the sector contributed a 30% GVA share inGDP, playing a crucial role in promoting economic resilience amid globaldisruptions.
Yet, this vitality masks astructural problem that sits quietly at the heart of India’s industrialarchitecture. India’s economy is shaped by a sharp asymmetry. A relativelysmall number of large corporations at the top and a vast ocean of MSMEs at thebase. Large companies operate with a limited MSME supplier base. Not out ofindifference, but because most MSMEs cannot reliably meet the quality,compliance or consistency thresholds required to be supply chain partners.Financial constraints limit their ability to upgrade machinery and processes.Structural barriers prevent access to certifications and technical expertise.Regulatory complexity disproportionately burdens smaller enterprises that lackdedicated compliance teams. The result is that the most dynamic,employment-generating, export-contributing segment of India's economy remainssub-optimised from the very supply chains it has the potential to anchor.
This is not merely an MSMEproblem. Given the sector's scale and importance, the productivity and qualityceiling of MSMEs is effectively the productivity and quality ceiling of theIndian economy itself.
As sustainability isprogressively becoming the new form of competitively and profitably conductingbusiness, the pressure is arriving from multiple directions simultaneously.
The EU's Carbon BorderAdjustment Mechanism (CBAM), effective from 2026 will impose carboncosts on Indian exports in sectors like steel and textiles, directly penalisingthe embedded emissions of MSME produced goods that enter global supply chains.Securities and Exchange Board of India’s (SEBI’s) BusinessResponsibility and Sustainability Reporting (BRSR)framework now requires India’s top 1,000 listed companies to report on theirvalue chain emissions, which means that large Indian enterprises willincreasingly demand emissions accountability from their MSME suppliers. New Free TradeAgreements (FTA) with the EU and other markets embed greenstandards under preferential access. Rising energy and input costs mean thatoperational inefficiency will also carry a financial penalty. Sustainability inthis context, is no longer an add-on. It is a requirement for marketparticipation.
However, this transitioncreates opportunity as much as it creates pressure. Shifting to sustainabilitypractices generates a new set of job opportunities in waste management &recycling, clean energy infrastructure, green logistics amongst others. MSMEsthat make this transition early gain a competitive advantage which is loweroperating costs, access to green finance, credibility with supply chainpartners and resilience against future regulatory shifts. The challenge,however, is that most Indian MSMEs cannot make this transition alone.
The MSME sustainabilitychallenge is a structural one rather than just an awareness or intent one. Highcapital requirements for clean technology adoption and limited access to formalfinance are the critical hinge that prevents the adoption of sustainablepractices. Compliance frameworks, while well-intentioned, frequently imposeadministrative burdens that small enterprises with limited capacity simplycannot absorb. MSMEs also lack the tools and awareness to identify whichenvironmental or social investments actually generate returns.
Frameworks like SEBI’s BRSRLite (a subset of existing BRSR) and Confederation of Indian Industries’(CII’s) GreenCorating system have begun to address parts of this puzzle. BRSR Lite offersMSMEs a simplified sustainability disclosure pathway, to enable them to justifyvalue to large enterprises, unlock green finance and build credibility. GreenCoprovides a systematic approach to assess, benchmark, and improve theenvironmental performance of MSMEs with Life Cycle Assessment (LCA) and greensupply chain integration. These are valuable instruments. But they are notaddressing the fundamental question: which investments are financially andsocially viable for an MSME operating on thin margins and constrained capital?
Bridging this gap requirestargeted financial architecture. Credit guarantees, concessional debt andtechnical assistance to access formal financing channels are essentialfoundations. India has begun building this architecture through concessionalgreen products like Green Finance Scheme (GFS), End to End Energy Efficiency(4E) Scheme, GIFT scheme, SPICE scheme andinnovative models like the Partial RiskSharing Facility (PRSF) which are delivered through SmallIndustries Development Bank of India (SIDBI). India’s draftClimate Finance Taxonomy Framework, released in 2025 adds afurther important layer i.e, an unified classification system forclimate-aligned investments that prevents greenwashing and directs capitaltowards genuine decarbonisation projects, giving clarity to MSMEs and lendersalike.
On the technical side, provenpathways already exist. Investing in energy efficiency technologies, supportingenergy auditing and enabling adoption of renewable energy infrastructure andgreen building practices can substantially reduce the carbon intensity of MSMEoperations. The Global Environment Facility (GEF)’s AcceleratingSustainable Energy Transition (ASET) project in association with theBureau of Energy Efficiency (BEE), demonstrates this at scale. In hard-to-abatesectors (steel, cement, chemicals) regulatory standards such as Green SteelTaxonomy, PAT Scheme, andthe Carbon CreditTrading Scheme (CCTS) alongside sector-specific technologies (green hydrogenincentives, hydrogen insteel, alternativefuels in cement, bio-basedfeedstocks in chemicals) and sectoral transition roadmaps aresetting a direction for MSMEs in these value chains.
GivenIndia’s pressing climate vulnerabilities, beyond energy, MSMEs need to buildtheir long-term resilience through green infrastructure such as rainwaterharvesting, stormwater networks, waste-to-resource systems etc. By monetisingwaste and conserving water, MSMEs can cut costs substantially while complyingwith buyer-driven sustainability clauses, turning vulnerability into acompetitive moat. And, this transition must be just. Fair wages, worker safety,worker housing health protocols, grievance mechanisms and inclusion of women,transgender, disabled, and other marginalized groups are not peripheralconcerns. Evidence fromRajasthan’s labour law reforms shows that simply makinglabour codes more ‘flexible’ neither attracts investment nor boosts jobs. Whatactually drives productivity and investment is reducing input costs, improvingcluster ecosystems and investing in workers’ skills and broader just transitioninvestments. Productivity surges when workers are upskilled and secure. Socialinvestments and competitiveness are not in tension; rather they reinforce eachother.
India is a high-volumemarket. If products with higher standards can be adopted across India’s largeMSME base, the unit cost of compliance can come down. Instead of a fewenterprises absorbing quality upgrades at high individual cost, the cost can bespread across millions of enterprises operating within a shared standardsecosystem. Quality, thus in volume, becomes affordable.
One of the most powerful andunderused instruments in this ecosystem is public procurement. Publicprocurement accounts for approximately 15-20% of India’s GDP. Under the PublicProcurement Policy for Micro and Small Enterprises (MSEs),every Central Ministry, Department, and Central Public Sector Enterprises(CPSEs) is mandated to source a minimum of 25% of annual procurement from MSEs.In emerging economies, where procurement accounts for a significant share ofGDP, it directly shapes market behaviour and investment patterns. When thegovernment itself demands products that meet higher quality and standards, itcreates a direct market signal for advancing quality. For this to happen, thereis a need to re-design the procurement processes with standards that aredesigned not to exceed absorptive capacity but that align with institutionalcapacity, access to technology and affordability.
Public procurement can thusserve as a powerful demand-side catalyst for raising the quality of Indianmanufactured products, for domestic consumption and for export. It can unlockthe product sector, accelerate the maturity of clean technologies, and demonstrateat scale that sustainability-aligned production is commercially viable.
The conventional discoursearound MSME sustainability focuses primarily on cost i.e, how to reduce thefinancial burden on small enterprises for adopting green practices. While thatis a necessary concern, it is not sufficient. And if it remains the dominantframe, it will keep India in a defensive posture. The larger strategic need isto improve the quality of domestically manufactured products, not only to meetsustainability requirements, but to raise the overall competitiveness of Indianindustry. Better domestic standards enable MSMEs to become credible supplychain partners for large Indian enterprises and raise the quality of goodsconsumed within India. They also position Indian products competitively inexport markets that are increasingly quality and sustainability driven.
By empowering the MSME sectorwith the right financial infrastructure, technical support, demand-side signalsthrough public procurement and a quality plus cost ecosystem, India can lay thegroundwork for an industrial base that is simultaneously competitive,resilient, and just. As the nation advances toward the goal of becoming a 5trillion USD economy, it is these enterprises that will determine whetherIndia’s industrial ambitions are realised. By doing so, India will not onlyachieve its industrial ambitions but will actively build the Viksit Bharat 2047it envisions.
