BARC has developed a compact, high stability, high voltage module operating off 24V dc. In general, high stability, high voltage power supplies find numerous applications in analytical instruments. This HV module can be used...
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The Baba Atomic Research Centre (BARC) has developed a pulsed UV Disinfection System produces pulsed, high energy, broad spectrum of UV lights (200- 400 nm). The uniqueness of this system is its broad UV...
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BARC has developed a prototype of handheld colorimetric biosensor that detects methyl parathion pesticide in the range of 1 - 10ppm. This biosensor consists of a bio-component disc and handheld colorimetric device. The bio-component...
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The Baba Atomic Research Centre (BARC) has developed an improved solar still to handle the scarcity of potable water for drinking and cooking confronting people in remote locations like coastal areas and small islands....
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The Baba Atomic Research Institute (BARC) has developed a technology for removing fluoride from groundwater using alumina. This process can be also used to upgrade community level alumina based de-fluoridation plants. Some of the...
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The Central Leather Research Institute of CSIR (Council of scientific and Industrial Research) has developed a technology to create a re-tanning agent from lignin. Effluent from the paper and pulp industry, predominantly contains large...
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The Central Salt and Marine Chemical Research Institute (CSMCRI) has developed bio-derived furanic polymers (BFP) developed that has better UV-shielding efficiency than many commercial compounds. The humin-like furanic polymers can be used as both...
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The Central Salt and Marine Chemical Research Institute (CSMCRI) has developed an engine worthy biodiesel as substitute to diesel. The food VS fuel debate can finally be put to bed with the possibility of...
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The Central Salt and Marine Chemical Research Institute (CSMCRI) has developed a technology for the process of recovering common salt and marine chemicals of high purity in integrated manner. The process is amenable to...
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CSIR-CLRI (Council of Scientific and Industrial Research - Central Leather Research Institute) has developed a technology to process leathers from chicken feet skin. Chicken feet has been identified and screened as potential raw material...
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