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Magnetic Fields - A Cutting Edge Biotechnology Tool in Phycoresearch

Algae are considered as most ancient and important living organisms on earth. They occur in all conceivable biotopes influenced by environmental factors which affect their growth and distribution. Algae are extremely important ecologically as they provide 50-70% of the earth’s oxygen, and account for about half the food produced by photosynthesis on a global scale (John, 1994).
With an innate ability to survive in the harshest of environments requiring meager natural resources and having been identified as a non-competitive food source, algae is now being touted as a solution for Clean Energy, Environment apart from being Food and Nutrition source. With algae related research programs gaining steady prominence, application of magnetic fields on micro-algae appears most promising. ....

United States , United Kingdom , Tamil Nadu , Szaheer Hasan , Dhilip Sampath , Ferreira Piazzi , Other Energy Topics Biofuel , Bharathidasan University , Phycolinc Technologies Ltd , Award For Biological Sciences , Journal Of Chemical Technology , Gujarat Energy Research , Health Nutrition , Clean Energy , Management Institute , Green Solutions , Phycospectrum Environmental Research Center , Ministry Of Science , Phycospectrum Environmental Research Centre , Principal Research Scientist , Madras Institute Of Magnetobiology , Convention For Intergovernmental Institution , Indian Biomass Association , Department Of Science , Department Of Scientific , Ministry For ,

Cyclic distillation: A novel enhanced technology for processing hydrocarbons and derivatives

Cyclic distillation: A novel enhanced technology for processing hydrocarbons and derivatives
Distillation is the most widespread separation method in history.
Distillation is the most widespread separation method in history.1 Despite its simplicity and flexibility, distillation remains a very energy-inefficient process. Novel distillation concepts based on process intensification (PI) principles can deliver major advantages in terms of significantly lower energy use and reduced capital costs while improving ecological efficiency.
The PI concept has been around since the mid-20th century, but has received more attention in the last two decades. The objective of PI is to design substantially smaller plants while improving their operational safety, environmental performance and energy efficiency. The Rapid Advancement in Process Intensification Depl ....

United Kingdom , Ukraine General , New Delhi , Saudi Arabia , Olesja Bedryk , Hoogewerff Jongerenprijs , Vladimirn Maleta , Anton Tony , Chemie Ingenieur Technik , Aleksandr Shevchenko , Purification Technology , Research Fellow Of Royal Society , Maleta Cyclic Distillation , University Of Manchester , Industrial Engineering Chemistry Research , Journal Of Chemical Technology , National University Of Food Technology , Us Department Of Energy , Royal Society Wolfson Research Merit Award , National University Of Food Technologies , Kiev Institute Of Food Industry , Rapid Advancement , Process Intensification Deployment , Eco Scandic , Royal Society Wolfson Research Merit , Chemical Technology ,