Machine Parts

Difference between ideal fuel cell and actual fuel cell is given below: Actual fuel cell Ideal fuel cell In actual fuel cell the transport of oxidizer electrolyte fuel and product from electrode. Proper proportion and maintained. And Surface is not proper proportion and complex. System is simple. Homogeneous reaction turbine place for three face of oxidizer a liquid fuel electrode and solid electrode.  No homogeneous reaction takes place. The diffusion process at the electrode surface is quiet complex. In ideal fuel cell the diffusion process at the electrode surface is quiet simple. Too much liquid or gas enters the electrolyte and reduce the surface. No liquid gas enters. In an actual fuel cell activation energy reduces the work of cell. In ideal fuel cell there have no activation energy. In an actual

President Obama told listeners during his weekly address that American energy is booming under his Administration. The reality is, however, that the private sector delivered the economic benefits America is enjoying from energy production—and the Administration’s policies are stunting that growth. The President highlighted that domestic oil production surpassed imports for the first time since 1995; that we’re producing more energy from wind, solar, and other renewables; and that government efficiency programs are putting people to work and saving American families money. But much of the growth we’ve seen in oil and natural gas production as a result of horizontal drilling and hydraulic fracturing are occurring on private lands—out of the Administration’s excessive and onerous regulatory reach. The Bakken, Marcellus, Niobrara, Eagle Ford, Permian, and Haynesville shale formations, which lie primarily on private and state-owned lands, accounted for 90 pe