Archive for the ‘CECRI’ Category
27 September 2015
KARAIKUDI: The Council of Scientific and Industrial Research (CSIR) continued to contribute significantly to the country’s development in the critical areas such as energy, food, water and drugs, Vijayamohan K. Pillai, Director of CSIR-Central Electrochemical Research Institute has said.
Addressing the CSIR foundation day ceremony here on Saturday, he said there was a perception among the public that CSIR was not doing enough but the fact was that it continued to contribute significantly in these areas despite shortage of funds…
19 September 2015
MADURAI: Science is an important part of our practical life, but for most students, the subject is not particularly savoury. Many of them are forced to deal with it to pass school. To take this unpleasantness out of science and get students to better appreciate its true wonder, the Council of Scientific and Industrial Research (CSIR) is planning to get scientists to directly teach the students….
06 May 2012
KARAIKUDI: Advocating the need for energy security, former president A P J Abdul Kalam today said India’s power requirement would increase to four lakh MW by 2030 and focus should be on renewable energy generation to meet the situation.
With the growing population, by 2030 the country would have a population of 1.4 billion and the energy requirement would increase from 1,99,000 MW to 4,00,000 MW, he said inaugurating the Centre for Innovation in Energy Research at the Central Electro Chemical Research Institute (CECRI) here…….
07 May 2012
SIVAGANGA: Former President A.P.J. Abdul Kalam on Sunday asked the Council of Scientific and Industrial Research (CSIR) laboratories and others to extensively research burning of bio-diesel in internal combustion engines with high efficiency.
Speaking at Central Electrochemical Research Institute (CECRI) in Karaikudi after inaugurating the Centre for Innovation in Energy Research on the CECRI campus, he said bio-fuel was an important alternative to the petroleum fuels. The country had immense potential to grow bio-fuel crop “Jatropha” on a large scale. Once it was grown, the crop could have a life span of 50 years. Moreover, it could grow on wasteland. Each acre would produce about 2 tonnes of bio-diesel at about half a dollar per litre…..
08 December 2011
NEW DELHI: You could soon see a solar power battery assisted, pedalled freight rickshaw. Eyeing corporates eager to earn green mileage, HBL Power Systems, a Rs 1,000-crore company, has developed a solar power assisted, motor-based rickshaw to move goods in small cities.
The rickshaw — designed to carry a freight of 250 kg, at a speed of up to 24 km per hour — is priced at about Rs 90,000, and gives a mileage of 40 km on a single battery charge. The product is aimed at replacing non-motorised cycle rickshaws that have much slower speed. HBL has based its product on Soleckshaw, a solar power battery assisted, pedalled rickshaw developed by CSIR and CMERI, Durgapur……
20 September 2011
A bucket of water and a handful of bacteria could be all that is needed to produce pure hydrogen to power the green engines of tomorrow, according to research by a team of US scientists.
A paper in Monday’s edition of the Proceedings of the National Academy of Sciences, a peer-reviewed journal, describes a method of constructing what are known as microbial fuel cells (MFCs). These cells are similar to regular batteries that consist of electrodes and an electrolyte, and which convert chemical energy into electricity.
……..The voltage produced by the bacteria alone is too little to produce enough oxygen. To supplement that and generate hydrogen viably, the researchers made another series of cells made up of alternating layers of fresh water, sea water and separated by membranes.
“There’s a natural electric gradient that exists between saline and fresh water. When you connect several in series, you can get sufficient electricity,” said Vijayamohanan Pillai, director, Central Electrochemical Research Institute, Karaikudi, Tamil Nadu, who works on hydrogen fuel cells and has read Logan’s research paper……
11 August 2011
SIVAGANGA:Jean-Marie Tarascon, Director, ALISTORE-ERI & University of Picardi, France, on Wednesday stressed the need for moving towards greener battery technologies so as to increase the sustainability of energy storage.
Delivering Michael Faraday medal lecture 2011, jointly organised by the Michael Faraday Memorial Trust and Central Electrochemical Research Institute at CECRI in Karaikudi, he said the evolution of batteries, which began from 1800, had undergone innumerable changes. New technologies had been introduced by various scientists and scholars from time to time. It had impacted the civilization over the last 200 years in many ways. The introduction of Lithium-ion batteries was considered as a start of the revolution in battery history. The Li-ion battery technology, which relied on versatile chemistry, had also undergone many changes over the years….