Steam turbine not included.
Hyperion Power Generation, Inc., (HPG) with the assistance of Los Alamos National Laboratory, is developing and commercializing a small, factory-sealed, mass-produced, transportable nuclear power module that is uniquely safe and proliferation-resistant. The technology utilizes and builds upon similar features of the 60+ TRIGA training reactors that have been safely operated for years in universities and laboratories around the globe. Current identified applications include industrial use (oil shale & sand retorting), power for military installation, homeland security, emergency disaster response, and remote community and infrastructure. As of September 9, 2008, HPG has ten installation commitments and 50 pending. The first HPG reactors should be ready in 2013. The cost of the reactors will be about $1400/kw. After 5 years, each reactor would have a softball size amount of waste. The uranium hydride reactor can burn up to 50% of the uranium or about ten times more than current reactors.
Three factories, spread across the globe are planned by the company to produce and ship the approximately 4,000 units of the first design. (4,000 small units would generate more nuclear power than the 104 nuclear reactors currently used in the United States. 108 GW for 4000 HPG uranium hydride reactors versus 98GW in the US now). Inherently safe and proliferation-resistant, the HPM utilizes the energy of low-enriched uranium fuel. Each unit produces 70 megawatts of thermal energy, or 27 megawatts of electricity when connected to a steam turbine. That amount is enough to provide electricity for 20,000 average-size American-style homes or the industrial equivalent. first sales commitments have come from companies building residential and mixed-use developments in Europe. This has been good because the HPM (Hyperion Power Module), meeting all the non-proliferation criteria of GNEP, is an excellent solution for any location. This new technology, encompassing the simple concepts of the world’s very safe training reactors that have been in operation for decades, makes it possible to deliver continuous clean, emission-free energy with only a fraction of the human oversight and financial investment required by conventional nuclear power stations.