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Company News, Sustainability, Sustainable Energy

Under this arrangement, Sami-Sabinsa Group and its subsidiaries will hold 17 per cent of the equity on a fully diluted basis for the utilisation of 8.30 MWDC of renewable energy

Sami-Sabinsa Group Limited, a research-focused global health science company, has signed a mutual agreement with O2 Renewable Energy VIII Private Limited to establish a total installed capacity of 240 MW (100 MW of wind and 140 MW AC of solar) for renewable energy generation through non-conventional sources to operate a captive structure on a long-term power supply basis.

Under this arrangement, Sami-Sabinsa Group and its subsidiaries will hold 17 per cent of the equity on a fully diluted basis for the utilisation of 8.30 MWDC of renewable energy. Towards this joint venture, Sami-Sabinsa Group this week paid a subscription amount of Rs. 3.30 crore as equity capital.

The renewable energy project is being commissioned in Kotturu and Kudligi Talukas of the Bellary District of Karnataka and will power Sami-Sabinsa’s manufacturing facilities in Karnataka. The project is underway and is expected to be completed by January 2024.

Dr Muhammed Majeed, Founder and Group Chairman, of Sami-Sabinsa Group, said, “Sustainability remains an imperative to our overall growth, and we are making strong progress towards our ESG ambitions. On the environmental front, Sami-Sabinsa remains focused on reducing the carbon footprint, promoting environmental conservation, minimising waste, and increasing the resource efficiency and sustainability of the bioresources. The investment further demonstrates our commitment to adopting sustainable best practices in every aspect of our business,

Under this arrangement, Sami-Sabinsa Group and its

Climate, Dairy, Environment, Live Stock

Collaboration Demonstrates that Dairy Can Be a Sustainable Source of Nutrition

Nestlé Health Science, a leader in the science of nutrition, is collaborating with Royal Dairy Farm in Washington state to help reduce greenhouse gas emissions through climate-smart farming practices. Together, Royal Dairy and Nestlé Health Science are aligned on four key areas of environmentally-focused innovation—cow feed, manure management, renewable energy, and regenerative agriculture – to show how dairy milk can be a sustainable source of nutrition.

To help bring this sustainable source of nutrition to families, Royal Dairy joins Nestlé Health Science’s family of dairy suppliers for Carnation Breakfast Essentials nutritional powder drink mix, which is available at national retailers.

“Dairy farmers are experts who know their land and what will work on their farms best, but high costs and technological barriers mean many farmers need support transitioning to practices that can reduce greenhouse gas emissions,” said Christiane Baker, Director of Sustainability U.S., Nestlé Health Science. “Royal Dairy is pioneering a comprehensive regenerative approach to dairy that helps reduce our carbon footprint while also supporting a more sustainable food system for all. We’re proud to help Royal Dairy implement additional sustainable solutions that can better their business and the planet, and we look forward to exploring ways to expand this initiative in the future.”

Collaboration Demonstrates that Dairy Can Be a

Biofuel industry, Supply Chain, Sustainability, Trade, World

The shipment consists of 850 tons of cellulosic ethanol made from agricultural waste primarily corn cobs

EcoCeres, Inc., an Asia-based innovative bio-refinery company announced the first shipment of 100 per cent agricultural waste-produced cellulosic ethanol to the European markets, a milestone the company achieved after commissioning yet another ground-breaking facility in China. Cellulosic ethanol is an important renewable blend substitute for gasoline.

This milestone distinguishes EcoCeres as a company capable of producing a diverse range of renewable biofuels, covering Sustainable Aviation Fuel (SAF), Hydro-treated Vegetable Oil (HVO) and Cellulosic Ethanol. This achievement is made possible through its in-house developed technology and own biomass refinery platform positioned to meet the growing market demand and regulatory requirements for renewable transportation fuels.

The shipment consists of 850 tons of cellulosic ethanol made from agricultural waste primarily corn cobs, which reduces greenhouse gas emissions by over 80 per cent compared to traditional fossil fuels and is in alignment with the European Union’s Renewable Energy Directive as an advanced biofuel.

“As one of the few companies globally with the capacity to produce cellulosic ethanol at an industrial scale, EcoCeres is well positioned to meet the growing demand for advanced biofuels,” said Philip Siu, Co-Founder and CEO of EcoCeres.  “This shipment of cellulosic ethanol signifies EcoCeres’ breakthrough success to reverse the lignocellulosic agricultural waste back to its original sugar forms, paving the way for sustainable aviation fuel to be produced through further alcohol-to-jet conversion,” he added.

“Our innovative approach to producing cellulosic ethanol entirely from agricultural waste not only supports a sustainable future but also strengthens our position in the renewable fuels market,” said Dr Bin Xu, COO of the Company’s Agricultural Waste Business. “Our unique differentiator is being able to effectively separate hemicellulose, cellulose and lignin, using each in high-value processes or end products, economically and sustainably.”

EcoCeres develops a proprietary technology path to convert agricultural waste, such as corn cob and straw, into valuable waste-based biofuels and biopolymers which drive the energy and material transitions for attaining carbon neutrality.

The shipment consists of 850 tons of

AgroPolicy, Environment, India, Sustainability, Sustainable Energy

The plan includes 64.38 GW of Solar Power, 51.79 GW of Hydro Power, 42.02 GW of Wind Power and 10.77 GW of biopower

The Government has decided to invite bids for 50 GW of renewable energy capacity annually for the next five years, from 2023 to 2028. These annual bids of ISTS (Inter-State Transmission) connected renewable energy capacity will also include setting up of wind power capacity of at least 10 GW per annum. The plan was finalised by the Ministry of New & Renewable Energy (MNRE) at a meeting chaired by R. K. Singh, Union Minister for Power & NRE last week, according to the press release.

India currently has a total renewable energy capacity of 168.96 GW with about 82 GW at various stages of implementation and about 41 GW under tendering stage. This includes 64.38 GW of Solar Power, 51.79 GW of Hydro Power, 42.02 GW of Wind Power and 10.77 GW of biopower.

Considering the fact that Renewable Energy (RE) projects take around 18-24 months for commissioning, the bid plan will add 250 GW of renewable energy and ensure 500 GW of installed capacity by 2030. The Ministry of Power is already working on upgrading and adding the transmission system capacity for evacuating 500 GW of electricity from non-fossil fuel.

Speaking during the meeting, R. K. Singh, Union Minister for Power & NRE said that the declaration of the trajectory of short-term and long-term RE capacity addition by the Government is a significant step towards achieving the goal of 500 GW of non-fossil fuel capacity by 2030 and towards a faster energy transition.

In addition to this, the Ministry has declared a quarterly plan of the bids for FY 2023-24, which comprises bids for at least 15 GW of renewable energy capacity in each of the first and second quarters of the financial year (April-June 2023 and July-September 2023 respectively), and at least 10 GW in each of the third and fourth quarters of the financial year (Oct-December 2023 and January-March 2024 respectively).

The plan includes 64.38 GW of Solar

India, Interaction, Sustainable Energy

Focal Theme: “Science & Technology: Development with Women Empowerment”

The Indian Science Congress (ISC), being held from 3rd to 7th January 2022 at Nagpur would focus on scientific development in India under a feminine veil keeping in view the women empowerment and socio-political changing scenario.

The Theme of 108th Indian Science Congress therefore has been aptly chosen as “SCIENCE AND TECHNOLOGY for SUSTAINABLE DEVELOPMENT with WOMEN EMPOWERMENT”.

The forthcoming ISC has been designed to celebrate the spirit of womanhood and their remarkable contribution in the field of Science and Technology. In sync with their natural gift to generate, women have stood out as a true harbinger and have led the foundation of a number of innovative and niche developments and discoveries. The Congress aims to address all the key issues that are obstacles to the growth of Women in the fields of Science & Technology.

As per the precedence, Prime Minister of India Narendra Modi would inaugurate the 108th Indian Science Congress on 3rd January 2023. Eminent scientists, industry leaders, technocrats, policy makers and academicians would grace the occasion.

Rashtrasant Tukadoji Maharaj Nagpur University (RTMNU), one of the premier educational institutions of central India, established in 1923 & hence celebrating centennial year of establishment, will be playing the role of the ‘host university’ for ISC.

A key highlight of the event is the Pride of India (PoI)-Mega Science Exhibition that has emerged as a unique platform for organisations from both public and prvicate sectors to showcase their achievements in science and technology.

Vigyan Jyot (Flame of Knowledge) remains lit at the venue of the Indian Science Congress PoI Expo for the duration of the Congress. Lakhs of students, dignitaries and general public visit Vigyan Jyot every year and take an oath to spread the awareness of science.

A dedicated pavilion called the Hall of Pride will portray the life journey of unique personalities who have created indelible mark not just in India but globally in the field of science and technology.

Established in 1914, Indian Science Congress Association (ISCA) is the premier Indian Science Community organisation. For the last 107 years, ISCA has been bringing together has been bringing together the entire scientific fraternity to discuss the key issues related to various streams of science.

Thrust Areas:

Defence  Nanotechnology  Agriculture  Biodiversity  Biotechnology  Environmental Science  Bio energy  Renewable Energy  Medical Sciences  Climate change  Electronic Sector  Space Science & Technology  ICT  Transportation  Child health care  Water Management  Technologies for physically challenged  Science education for women  Skill development  Startup  Innovation

Focal Theme: “Science & Technology: Development with

Environment, Nature

The country needs to take multitude approaches to address COP 26

While addressing a webinar on ‘Climate Change: Challenges and Response (for Scientists & Technologists)’, Dr Akhilesh Gupta, Sr Adviser Department of Science & Technology (DST), Government of India highlighted that, “India needs to take multitude of approaches to address COP 26 (Cooperation of Partnerships 26) announcements made recently by the Prime Minister Narendra Modi.”

The 5-day online training programme at the Centre for Disaster Management (CDM), Lal Bahadur Shastri National Academy of Administration (LBSNAA), Mussoorie, is being supported by DST.

“Bringing economy’s carbon intensity down to 45 per cent by 2030 is achievable with some major initiatives on Electric vehicle and green Hydrogen energy. Fulfilling 50 per cent of India’s energy requirement through renewable energy by 2030 is also achievable as India already achieved 40 per cent share of renewable energy. Reducing 1 billion tonnes of carbon emissions by 2030 is challenging as India will have to cut down its carbon emissions by nearly 22 per cent. The biggest challenge for the country is to achieve carbon neutrality by 2070, which would entail scaling up of renewable energy production by several-fold.” Added Dr Akhilesh Gupta.

Dr Gupta informed that according to the Climate Change vulnerability ranking of states carried out by DST, the 8 most vulnerable states are Jharkhand, Mizoram, Orissa, Chhattisgarh, Assam, Bihar, Arunachal Pradesh, and West Bengal – all in the eastern region, and there is a direct relationship between poverty and low HDI with the vulnerability of a place.

The country needs to take multitude approaches