PM Modi Credits Ethanol Push for Saving 4.5 Crore Barrels of Crude Oil – Policy Milestones and Production Details — UPSC Current Affairs

Prime Minister Narendra Modi highlighted India's ethanol push at the Noida International Airport inauguration, noting that increased ethanol production and blending saved India from importing an extra 4.5 crore barrels of crude oil annually. The article outlines the production process, policy milestones such as the 2018 National Policy on Biofuels and the 10% blending achievement in 2022, and the broader UPSC relevance of biofuel strategies for energy security and sustainable development.

Overview At the inauguration of Phase I of the Noida International Airport (NIA) in Jewar, Prime Minister Narendra Modi emphasized that India's aggressive ethanol push averted the need to import an additional 4.5 crore barrels (≈700 crore litres) of crude oil each year. This development is central to India's energy‑security agenda and the broader biofuel strategy. Key Developments From 2013‑14 to 2018‑19, ethanol supplied to oil‑marketing companies rose from 38 crore litres to 189 crore litres , pushing average blending from 1.6 % to 4.9 % . The National Policy on Biofuels earmarked a 20 % ethanol‑blended petrol (EBP) target by 2030. In June 2022, public‑sector OMCs achieved 10 % blending ahead of schedule. From 2018‑19, distilleries began using 1G biofuel feedstock at the ‘B‑heavy’ molasses stage and even whole cane juice, increasing ethanol yield per tonne of cane. Separate ex‑distillery prices were fixed for ethanol from grain ethanol (rice, maize, damaged grains) starting 2018‑19. Government schemes such as the Pradhan Mantri JI‑VAN Yojana and the Global Biofuel Alliance bolster infrastructure and research. Emerging sustainable fuels: SAF certified by IOC, and ASF for F1 2026. Important Facts on Ethanol Production 1. Molasses , a by‑product of sugarcane crushing, contains residual fermentable sugars (TFS). C‑molasses (≈4.5 % of cane) has 40 % TFS; fermenting 100 kg TFS yields 60 L ethanol. 2. From one tonne of cane: 115 kg sugar (11.5 % recovery) and 45 kg molasses (18 kg TFS) produce 10.8 L ethanol . Using B‑heavy molasses (7.25 % of cane, 50 % TFS) yields 21.75 L ethanol plus 95 kg sugar. 3. Grain‑based ethanol requires starch saccharification before fermentation, achieving >99.99 % alcohol purity. UPSC Relevance The ethanol narrative intersects multiple GS papers: GS3 – Economy : Energy security, import substitution, fiscal impact of subsidies, and environmental trade‑offs (water use, food‑vs‑fuel debate). GS4 – Ethics : Balancing rural livelihoods, sustainable agriculture, and climate commitments. GS2 – Polity : Role of central ministries (Petroleum & Natural Gas, Agriculture) and inter‑state coordination for feedstock supply. Way Forward To sustain the ethanol push, UPSC aspirants should monitor: Scaling of 2G biofuel technologies that reduce water and food‑crop pressures. Policy adjustments to curb fiscal burden while protecting farmer incomes. Integration of ethanol with broader renewable‑energy mix, including renewable transition goals. International cooperation via the Global Biofuel Alliance to access best practices. Keeping abreast of production statistics, blending targets, and emerging fuels like SAF and ASF will help answer both prelims and mains questions on energy security, climate policy, and sustainable development.

<h3>Overview</h3> At the inauguration of Phase I of the Noida International Airport (NIA) in Jewar, Prime Minister Narendra Modi emphasized that India's aggressive ethanol push averted the need to import an additional 4.5 crore barrels (≈700 crore litres) of crude oil each year. This development is central to India's energy‑security agenda and the broader biofuel strategy. <h3>Key Developments</h3> <ul> <li>From 2013‑14 to 2018‑19, ethanol supplied to oil‑marketing companies rose from 38 crore litres to 189 crore litres, pushing average blending from 1.6 % to 4.9 %.</li> <li>The National Policy on Biofuels earmarked a 20 % ethanol‑blended petrol (EBP) target by 2030.</li> <li>In June 2022, public‑sector OMCs achieved 10 % blending ahead of schedule.</li> <li>From 2018‑19, distilleries began using 1G biofuel feedstock at the ‘B‑heavy’ molasses stage and even whole cane juice, increasing ethanol yield per tonne of cane.</li> <li>Separate ex‑distillery prices were fixed for ethanol from grain ethanol (rice, maize, damaged grains) starting 2018‑19.</li> <li>Government schemes such as the Pradhan Mantri JI‑VAN Yojana and the Global Biofuel Alliance bolster infrastructure and research.</li> <li>Emerging sustainable fuels: <span class="key-term" data-definition="Sustainable Aviation Fuel (SAF) — Bio‑derived jet fuel meeting ISCC‑CORSIA standards; can be blended with conventional jet fuel without aircraft modifications (GS3: Economy)">SAF certified by IOC, and <span class="key-term" data-definition="Advanced Sustainable Fuel (ASF) — High‑grade biofuel for Formula 1, sourced from non‑food waste and carbon‑capture technologies; drop‑in with fossil fuel (GS3: Economy)">ASF for F1 2026.</li> </ul> <h3>Important Facts on Ethanol Production</h3> 1. Molasses, a by‑product of sugarcane crushing, contains residual fermentable sugars (TFS). C‑molasses (≈4.5 % of cane) has 40 % TFS; fermenting 100 kg TFS yields 60 L ethanol. 2. From one tonne of cane: 115 kg sugar (11.5 % recovery) and 45 kg molasses (18 kg TFS) produce 10.8 L ethanol. Using B‑heavy molasses (7.25 % of cane, 50 % TFS) yields 21.75 L ethanol plus 95 kg sugar. 3. Grain‑based ethanol requires starch saccharification before fermentation, achieving >99.99 % alcohol purity. <h3>UPSC Relevance</h3> The ethanol narrative intersects multiple GS papers: <ul> <li>GS3 – Economy: Energy security, import substitution, fiscal impact of subsidies, and environmental trade‑offs (water use, food‑vs‑fuel debate).</li> <li>GS4 – Ethics: Balancing rural livelihoods, sustainable agriculture, and climate commitments.</li> <li>GS2 – Polity: Role of central ministries (Petroleum & Natural Gas, Agriculture) and inter‑state coordination for feedstock supply.</li> </ul> <h3>Way Forward</h3> To sustain the ethanol push, UPSC aspirants should monitor: <ul> <li>Scaling of 2G biofuel technologies that reduce water and food‑crop pressures.</li> <li>Policy adjustments to curb fiscal burden while protecting farmer incomes.</li> <li>Integration of ethanol with broader renewable‑energy mix, including renewable transition goals.</li> <li>International cooperation via the Global Biofuel Alliance to access best practices.</li> </ul> Keeping abreast of production statistics, blending targets, and emerging fuels like SAF and ASF will help answer both prelims and mains questions on energy security, climate policy, and sustainable development.

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