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Please use this identifier to cite or link to this item: http://hdl.handle.net/10204/6047

Title: Innovative membrane development for fuel cells
Authors: Vaivars, G
Luo, H
Keywords: Alternative energy
Electrical cars
Electrical engines
Issue Date: Oct-2011
Citation: Vaivars, G and Luo, H. Innovative membrane development for fuel cells. BIT 1st Annual Low Carbon Earth Summit (LCES-2011), Dalian, China, 19-26 October 2011
Series/Report no.: Workflow;8593
Abstract: The innovative membranes for alternative energy devices will be presented. An electrical car is long waited solution to environmental and fuel supply problems in transport. Most probably, the shift from a combustion engine to an electrical car will take time, and the first alternative commercial car will be hybrid. The critical issue is the power source for an electrical engine. The fuel cell (FC)-battery hybrid is a promising solution to replace the combustion engine. Liquid fuel (e.g. methanol) ar suitable for applications with the existing infrastructure, and for this reason they attract commercial interest. The development in this area is closely related to the material science and larger number of new lower price materials with better characteristics for complex system is needed. Fuel cells as the typical electrochemical power sources show higher efficiency as compared to combustion engine at temperatures below 200 oC. However, the efficiency is limited by ohmic losses, which arise from necessity to use the ionic conducting element (membrane). In order to increase the efficiency of increase the efficiency of research, the laboratory preparations combined with industrial experience were introduced. As result, the more efficient equipment and procedure for fast high quality membrane preparation in laboratory have been developed. It already allowed developing new innovative materials.
Description: BIT 1st Annual Low Carbon Earth Summit (LCES-2011), Dalian, China, 19-26 October 2011
URI: http://hdl.handle.net/10204/6047
Appears in Collections:General science, engineering & technology

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