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News

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India Charts Green Energy Strategy at US-India Bilateral Meet

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Green energy was at the forefront during at recently concluded bilateral meeting on US-India Civil Nuclear Commerce in New Delhi.

Union Minister of State for Science and Technology, Dr. Jitendra Singh, emphasized the Green Hydrogen Mission as a cornerstone of India’s strategy to decarbonize heavy industries, transportation, and power generation.

He said that attaining the global climate goals and promoting innovation in clean technologies depend on this effort. India has established robust policy frameworks and international partnerships that will position it to spearhead the shift towards a sustainable energy future.

Dr Singh highlighted the importance of global supply chains in sectors like semiconductors, pharmaceuticals, and clean energy technologies. He spoke about the Indian government’s investment in research, development, and regulatory frameworks for Small Modular Reactors.

According to him, India has pledged to implement Prime Minister Narendra Modi’s “Panchamrit” climate action plan. The aim is to increase non-fossil energy capacity, reduce carbon emissions, and achieve net-zero emissions by 2070.

Dr. Ravi Chandran, Secretary, Earth Sciences, highlighted advancements in ocean energy and Carbon Capture, Utilization, and Storage (CCUS) technologies.

Dr. Rajesh Gokhale, Secretary, the Department of Biotechnology, emphasized India’s advancements in biomass-to-energy conversion and the successful implementation of biofuels.

Professor Abhay Karandikar, Secretary of the Department of Science and Technology, underscored India’s advancements in emerging technologies like data analytics, AI, and machine learning.

Dr N Kalaiselvi, Director General of CSIR, underlined advancements in lithium-ion battery development and indigenous battery manufacturing, emphasizing the need for sustainable and circular energy storage solutions.


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Circular Economy

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India’s Pace Toward Circular Economy

Sonal Desai


India is marching toward being a circular economy.

India’s growth rate over the past few quarters has been roughly 7.4%. The country registered *7.6% growth in H12024 (Q1 7.8% and Q2 7.6% respectively). The RBI in the bi-monthly policy has revised the current FY growth to 7% from the earliest forecast.

Thanks to favorable economic policies, and a conducive environment, the country is today the fifth-largest economy in the world.

India demonstrated resilience and robust economic growth despite the COVID-19 pandemic and challenging global economic conditions, as per Circular Economy Catalyst.

India could potentially earn $45 billion from the circular economy by 2030. The private sector can significantly benefit from securing green investments. Additionally, these organizations are facing increased pressure from investors, consumers, and regulators to adopt pro-climate practices domestically and internationally. The government too is launching initiatives to increase public awareness and educate those involved in the ecosystem.

Ambitious target:

By 2050, India’s circular economy is expected to grow to $2 trillion, reshaping industries and boosting the world economy. India may eliminate single-use plastics by 2035, recycle two-thirds of all plastics used, and cut down on the quantity of waste in the environment and landfills.

During India’s G-20 presidency, Prime Minister Narendra Modi reiterated the focus on four key areas namely: circular economy, steel industry circularity, extended producer responsibility (EPR), and industry coalition for resource efficiency and circular economy.

The Indian economy faces challenges like supply and demand, urbanization, waste, and inadequate recycling. It is, therefore, important to strengthen the circularity instinct in Indian culture.

Strengthening the circular economy policy:

Consequently, the Indian government and trade associations are actively developing policies and collaborating on projects to transition the country’s journey towards a circular economy.

For example, Prof. Ajay K. Sood, Principal Scientific Adviser to the Government of India, recently introduced the National Circular Economy Framework (NCEF). The framework provides a thorough road map and emphasizes cooperation, awareness, and focused actions for India’s shift to a circular economy.

Similarly, Dr. Jitendra Singh, Minister of State (Independent Charge) for the Ministry of Science and Technology and Minister of State for the Prime Minister’s Office, released a document titled “National Circular Economy Roadmap for Plastic Waste Reduction in India.” The initiative is a joint effort between CSIRO, Australia’s national science agency, and India’s top research institutions. It describes future directions for improving India’s plastic waste recycling, repair, and repurposing.

The Confederation of Indian Industries (CII) has also released a roadmap for the National Circular Economy Framework. It has advocated the creation of the National Circular Economy Authority (NCEA) to implement the national strategy.

In September 2022, NITI Aayog established the Circular Economy Cell (CE Cell). Ten sector-specific action plans were completed and will be implemented by participating Ministries and Departments.

Of these, the Metals Recycling Policy, Construction and Demolition Waste Management Rules, Plastic Waste Management Rules, and E-waste Management Rules have been notified.

Some examples:

The Council of Scientific and Industrial Research (CSIR) is developing technologies to help recycle and lessen the country’s carbon footprint. The government has generated Rs.11,000 crore in revenue in the last three years by disposing of electronic scrap, highlighting the importance of innovation and technology in waste management.

In yet another initiative, the Department of Science and Technology, Technology Development Board, and CSIR have launched the ‘Recycling on Wheels‘ bus, transforming waste into wealth.

The Indian Institute of Petroleum has developed a repurposed used cooking oil van for biofuel production. CSIR-CRRI has developed a revolutionary steel slag road technology, enabling large-scale utilization of waste steel slag from steel plants for road construction.

The shift to a circular economy and its advantages:

Making the shift to a circular economy can have a lot of advantages. It can generate new employment opportunities in addition to lessening the impact on the environment and conserving resources. Additionally, it can spur profitable and sustainable innovation in business models and product design.

India, led by Prime Minister Modi, has set up the Global Biofuels Alliance during the G20 New Delhi Summit, aiming to make ‘Lifestyle for Environment‘ a global mission.

Additionally, The National Circular Economy Roadmap projects a 30% decrease in landfills, the phase-out of single-use plastics, and a 67% increase in recycling rates by 2035. Recycling plastic waste into useful materials would result in 20–50% fewer greenhouse gas emissions and better air quality.

India’s transition to a circular economy could yield an annual value of Rs14 lakh crore and Rs 40 lakh crore by 2030 and 2050, respectively, due to population growth, economic expansion, climate change, and environmental pollution.


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Agriculture

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E-Tractors to boost sustainable agriculture in India

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This first-of-its-kind electric tractor has been launched by Union Minister for Science and Technology Dr. Jitendra Singh in  One Week One lab curtain raiser ceremony held at New Delhi in the presence of Secretary DSIR Dr. N Kalaiselvi and many other dignitaries.

Also, this impactful technology has been licensed to K N bioscience, a Hyderabad based Company famous for its Kushal Tractor brand and many biosciences related development/products to take it to the ground level and mass production; we are hoping for its grand success.

(Central Mechanical Engineering Research Institute)- a constituent laboratory of the Indian Council of Scientific and Industrial Research has developed electric tractors or E-tractors to boost sustainable agriculture in India.

The indigenously designed and developed compact 100% Pure Electric Tractor named CSIR PRIMA ET11 is targeted at the small and marginal farmers of India, CSIR-CMERI said in a statement.

Salient features:

The salient features of the CSIR PRIMA ET11 are as follows:

  • Designed and manufactured with indigenous components and technologies
  • Dynamics, weight distribution, transmission engagements, lever and pedal position designed in accordance with the needs of agriculture field application
  • The lever, switches etc. placed for easy approach to the women. Electronic switches replace mechanical systems for easy operations

Battery:

  1. State of art Lithium-ion battery with Prismatic cell confirmation
  2. Has deep discharge capability for farming applications and a life of more than 3,000 cycles
  3. Can be charged using a conventional home charging socket
  4. Tractors charged for 7-8 hours can work for 4 hours continuously on the field or more than 6 hours of normal Haulage operation

Transmission:

Designed with a robust and efficient transmission system by using the semi-synchronised type gearing system. The design helps to achieve the desired efficiency at a minimum cost

Features:

  • Best in class hydraulic with lifting capacity of 500 kg or more (can be used for field and hauling operations)
  • Can tow 1.8-ton capacity trolley with a max speed of 25 kmph
  • Robust design to protect from mud and water
  • Customized design: The controller and the instrument cluster has been modified to suit the agricultural needs
  • Provided with a port called V2L i.e., vehicle to load, which allows the farmers to use the battery for secondary applications like pumping and irrigation when the tractor is not in operation.

Dr Jitendra Singh, Union Minister for Science and Technology, unveiled the tractor in the One Week One lab curtain raiser ceremony held at New Delhi in the presence of Secretary DSIR Dr. N Kalaiselvi and others.

In a move that will provide a boost to the country’s Make in India campaign, CSIR-CMERI mentioned in the statement that the technology has been licensed to Hyderabad-based K N Bioscience—a company famous for its Kushal Tractor brand for mass production of the e-tractors.

It is expected that this tractor CSIR PRIMA ET11 will create a breakthrough in sustainable agriculture while meeting the demands of small and marginal farmers in India. And thereby this development will trigger to lead India in the global tractor industry with revolutionary vision of Make for the World, it said in the statement.

Mainstay:

Agriculture primary source of livelihood for nearly 55% of Indian population, feeds *1.3 billion people and contributes significantly to the country’s GDP.

CSIR CMERI started its first indigenously developed SWARAJ Tractor in 1965, followed by 35hp Sonalika tractor in 2000 and then Small diesel tractor of 12hp Krishi Shakti in 2009 for small and marginal farmers.

However, most of the commercial equipment consists of high-power machines, which are only feasible to large farming areas and pose a challenge for Indian marginal farmers—who comprise more than 80% of the farmer community and have around 2 hectare of farming land or less.

E-tractors and India’s commitment to net zero:

According to an estimate, tractors consume about 7.4% of our country’s annual diesel usage and account for 60% of total agricultural fuel usage. Also, their PM2.5 and NOx emissions are likely to increase 4-5 times the current level in next two decades.

The e-tractors are a drive in the right direction considering India’s commitment to achieve Net Zero by 2070, and its COP 26 Glassgow commitment to reduce the total projected carbon emissions by one billion tones by the year 2030.


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