Articles by "CSIR"
Showing posts with label CSIR. Show all posts

New Delhi, Aug 27: SpiceJet today operated India's first test flight powered by biojet fuel, according to the airline.

A Bombardier Q400 aircraft, partially using biojet fuel, took off from Dehradun and landed at the airport in the national capital.

The airline said it successfully operated "India's first ever biojet fuel flight".

The flight was powered with a blend of 75 per cent air turbine fuel (ATF) and 25 per cent biojet fuel, it said.

In a release, the airline said the advantage of using biojet fuel as compared to ATF is that it reduces carbon emissions and enhances fuel efficiency.

Made from Jatropha crop, the fuel has been developed by the CSIR-Indian Institute of Petroleum (IIP), Dehradun, SpiceJet said.

Around 20 people, including officials from aviation regulator DGCA and SpiceJet, were in the test flight. The duration of the flight was around 25 minutes, according to an airline executive.

SpiceJet Chairman and Managing Director Ajay Singh said biojet fuel is low cost and helps in significantly reducing carbon emissions.

"It has the potential to reduce our dependence on traditional aviation fuel by up to 50 per cent on every flight and bring down fares," he said.

The biojet fuel has been recognised by American Standard Testing Method (ASTM) and meets the specification standards of Pratt & Whitney and Bombardier for commercial application in aircraft.

The Q400 aircraft has 78 seats.

According to global airlines' body IATA, aviation industry contributes to two per cent of the total global greenhouse gas emissions.

IATA has also set out a target for one billion passengers to fly on aircraft using a mix of clean energy and fossil fuels by 2025, the release said.

SpiceJet has a fleet of 36 Boeing 737NG and 22 Bombardier Q400 planes. On an average, it operates 412 flights daily.
 (PTI)


Leh, Jammu, May 09:  CSIR-Indian Institute of Integrative Medicine, Jammu officially launched CSIR-Aroma Mission at Leh Ladakh. An awareness programme “Catalyzing Rural Employment through Cultivation, Processing, Value Addition & Marketing of Aromatic Plants” was conducted under CSIR-Aroma Mission on 09-05-2018 at Shenam Hall, Leh, Ladakh. A team of scientists from CSIR-IIIM comprising of Dr. Dhiraj Vyas and Dr. Sumeet Gairola interacted with a group of more than 100 farmers, students, women self help groups and other participants from different parts of Ladakh. Dr. Dhiraj Vyas welcomed the guest and provided introduction to research and societal initiatives of IIIM in Ladakh. He also thanked participants on behalf of Director, CSIR-IIIM, Dr. Ram Vishwakarma who has special interest in expanding research and development activities of CSIR in Ladakh. Dr. Sumeet Gairola gave detailed introduction about CSIR- Aroma Mission to the participants and shared the details of aromatic crops suitable for Leh Ladakh.  He said that Leh is very suitable for some high value aromatic crops like wild marigold, clary sage, Jammu Monarda, Mentha spp, etc. and informed that Director, CSIR-IIIM, Dr. Ram Vishwakarma is very keen to see the cultivation of these crops in Ladakh at the earliest. Chief Guest of the programme Ms Sargun Shukla, IPS, SSP, Leh in her address appreciated participation of large numbers of women in this programme and encouraged them to take advantage of this opportunity being provided under CSIR-Aroma Mission. She also emphasized that people of Ladakh should encourage their children to take up farming in modern way to improve their income. Research scholar from CSIR-IIIM, Mr. Zubair Ahmed facilitated the awareness programme and interacted with participants about CSIR-Aroma Mission in local language. Other dignitaries who attended programme were Mr. Karma Tsering Director, Mentsekhang Leh, Mr. Suraj Singh DSP, Madam Zubida President, AMI Womens group, Madam Dolma, retired CMO and coordinator of women self help group from Phey.



New Delhi, Feb 5: Union Minister for Science & Technology(S&T) Dr Harsh Vardhan has set up a mechanism in Council for Scientific and Industrial Research (CSIR) for regular interface with small-scale industry for transfer of technologies from CSIR laboratories.
“An announcement to this effect was made during an interaction with members of Laghu Udyog Bharati, an all-India organisation of small scale industries here on Sunday”, an official release said here on Monday. 
The Minister told Laghu Udyog Bharati representatives that he had also convened a meeting with the nodal officer and representatives of Laghu Udyog Bharati. The organisation has 450 branches and 25,000-member units across the country.
“A nodal officer in CSIR will coordinate with the small-scale industry and CSIR labs for appropriate technology required by them”, Dr Harshavardhan said.
CSIR laboratories have patented over1,000 processes and technologies available for commercial exploitation. Some of these technologies have been commercialised. In addition, 139 fast track translational research projects are in progress. The CSIR labs are willing to work with user industries to develop applications and products to meet the needs of the market.
CSIR covers a wide spectrum of science and technology from radio and space physics, oceanography, earth sciences, geophysics, chemicals, drugs, genomics, biotechnology and nanotechnology to mining, materials, aeronautics, instrumentation, environmental engineering and information technology. UNI


Lucknow, Jan 10: After the success of Mint Revolution, India’s leading scientific research agency, Council for Scientific and Industrial Research (CSIR), is aggressively pursuing its Aroma Mission in an attempt to enhance the income of farmers by spreading cultivation of aromatic crops.
In an exclusive meeting with Anil Kumar Tripathi, Director of Central Institute of Medicinal and Aromatic Plants (CIMAP), Lucknow, said, “Enhancing the income of farmers and empowering them has been our major focus area. In the light of the past successes of CSIR-CIMAP, particularly the Mint Revolution that was brought to Uttar Pradesh, CSIR is pinning a lot of hope on us for focussing on using aromatic crops to boost the income of farmers.”
With a view to strengthening the India system of traditional medicine, CSIR is laying emphasis on aromatic crops as an alternative source of income for farmers in the event of mercurial weather conditions. 
“When the land is lying fallow, for instance, between wheat harvesting and rice plantation, we provide short-duration crops which precisely fit into the cropping pattern. The income generated through such short-duration crops is almost twice that of the two crops (wheat and rice) put together,” Prof Tripathi pointed out.
“The challenge before us now is Aroma Mission, which is targeting expansion of cultivation of aromatic crops in an additional 6,000 hectares. Under this mission, we will provide direct intervention by offering a variety of crop options, guidance programmes, awareness programmes, and setting up of distillation units and marketing facilities, he said.
Aroma Mission has been launched with the ambition of making India emerge as a global leader in the production of essential oils extracted from aromatic crops. Aromatic essential oils have a great demand in the aroma and perfumery industries. “We are targeting 6,000 hectares, but we certainly hope that soon this will catalyse cultivation in about 60,000 to 100,000 hectares, because once the farmers see the ‘success story’ they promptly grab the opportunity. So, the idea is to create ‘success stories’ which will automatically attract farmers and, in turn, spread cultivation to 100,000 hectares,” Prof Tripathi said.
Besides Lucknow, CIMAP centres in Hyderabad and Bangalore are engaged finding ways to promote Aroma Mission. “The Hyderabad centre has done remarkable work towards expansion of ashwagandha crop cultivation. In very remote areas where rainfall is very poor, ashwagandha has been providing good support to the farmers,” he said with a sense of satisfaction.
Referring to Mint Revolution which catapulted India to the top slot of menthol production, Prof Tripathi stated, “About 30 years ago, India was a net importer of menthol, which is used in cough syrup, toothpaste etc. In fact, it was not produced in India at all. Menthol is extracted from a plant which is called Japanese mint. It was brought to India by our visionary directors and acclimatised. Gradually, we developed a whole lot of varieties in such a way that its cultivation fitted very well into the cropping pattern of farmers. There are climates that favour cultivation of mint and UP was most suited for it, because it is grown in summers and UP’s summers are real hot.”
Prof Tripathi pointed out, “India is currently the largest exporter of menthol oil and mint is cultivated in 200,000 hectares area. Earlier, it was 300,000 hectares, but due to creation of synthetic menthol in Germany, the production went down because the prices went down. Millions of farmers are benefitting and a survey done by us showed that their income has increased by about 1.75 times because of mint cultivation.”
“Today if India is the largest producer and exporter of menthol mint, it is because of CIMAP scientists and their dedication. The varieties of menthol mint, the agro technology, processing technology, marketing extension facilities… everything has been done by CIMAP,” he said with a sense of pride while pointing out that menthol oil was Rs4,000-crore annual turnover business.
“Because of Mint Revolution, we have built a great amount of trust among farmers. When the farmers know that CIMAP is the same institution which had created Mint Revolution, they willingly adopt whatever we introduce to them,” Prof Tripathi concluded. UNI


New Delhi, Aug 4 : Two premier science institutes of the country today came together to get the uncertainty factor in the time scale of the Indian Standard Time to the minimum, or rather, achieve 100 per cent time and frequency traceability. A Memorandum of Understanding was signed between the Council of Scientific and Industrial Research (CSIR) and the Indian Space Research Organisation (ISRO), under which the former will provide time and frequency traceability to the latter. The MoU was signed in the presence of Union Minister for Science and Technology Harsh Vardhan and Minister of State in the Prime Minister's Office Jitendra Singh at the CSIR Science Centre, here. On the occasion, Dr Vardhan said the development dynamics of a country depends on precise time keeping. At the national level, time synchronisation is very essential for all kinds of financial transactions, stock handling, digital archiving, time stamping, international trade, national security and to prevent cyber crimes. The weather forecast prediction depends on accurate time information and its synchronisation, which is a complex phenomenon, he added. The CSIR-National Physical Laboratory (CSIR-NPL) uses the most advanced technological clocks to maintain the Indian Standard Time. The National Time Scale is contributing to the Universal Coordinated Time (UTC), maintained by the International Bureau of Weights and Measures (BIPM), having uncertainty of 20 nanoseconds. 'I wish time accuracy could also be put into practice by the people of India,' Dr Vardhan said in a lighter tone, referring to the late-timers. According to Dr Singh, the NPL sources IST from the US-based National Institute of Standards and Technology (NIST), but time may vary. After this MoU, the space clocks will be synchronised to that of the Primary National Atomic Clocks at the National Physical Laboratory, thus having independence and one possible time. This agreement has formally synchronised the country's indigenous GPS with the IST, resulting in better precision and lesser uncertainty, he added. Dr Girish Sahni, Director General of CSIR, said the collaboration brings together two high-end research and development organisations, which are primarily knowledge driven and knowledge base providers. UNI