Research Paper | Energy Engineering | India | Volume 10 Issue 5, May 2021
Blue Energy Scalable Renewable Energy Pilot Plant Industry
Vishal V R Nandigana
Abstract: In this paper, we build a scalable, kW/m2 renewable energy pilot plant industry, at CFD laboratory, IIT Madras, using electrolyte solution, like Potassium Chloride solution (KCl) solution, a simple electrolyte solution to generate power of kW in a square meter area for use in applications like 1000 km/hr automobiles in land, and trains. The membranes used for generating the kW power is Graphene/Cu membranes, with Graphene membrane of 0.345 nm sandwiched and bonded to copper membrane of 18 ?m. The Graphene/Cu membrane has multiple small mm size holes to allow electrolyte solution to transport through the membrane and generate kW power. The reservoirs are made of fructose material (food material) of size 2.5 cm to sandwich the Graphene/Cu membranes. One reservoir is filled with fresh water (no electrolytes) and another reservoir is filled with KCl solution. The asymmetric electrolyte distribution across the circuit generates kW power in a square meter area. The power is calculated using the voltage induced by asymmetric electrolyte distribution across the reservoirs and the resulting generated current yields a power of kW in a square meter power plant. The novel renewable energy scalable technology is patent approved and the pilot plant industry is legally approved industry under the industry name, Blue Fma, and the industry supplies power under payment fee and can be bought under payment from https://bluefma. today
Keywords: Blue Energy, Membrane Technology, Graphene, Energy, Pilot Plant Industry
Edition: Volume 10 Issue 5, May 2021,
Pages: 568 - 570
How to Cite this Article?
Vishal V R Nandigana, "Blue Energy Scalable Renewable Energy Pilot Plant Industry", International Journal of Science and Research (IJSR), https://www.ijsr.net/get_abstract.php?paper_id=SR21514215543, Volume 10 Issue 5, May 2021, 568 - 570
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