Used ASM E3000 #293652895 for sale

ASM E3000 Reactor is an advanced fuel and biomass equipment that uses cyclic oxidation technology to create a fuel and biomass production system. The unit consists of three main modules: a converter, a combustor, and a turbine. The converter module is designed to convert thermal energy from combustion, biomass, and fuel into electrical and mechanical power. The combustor module is designed to take biomass and fuel sources, mix them and combust the mix, providing thermal energy for the conversion process. The turbine module is designed to generate the mechanical power output from the energy produced in the combustor module. ASM E-3000 Reactor is a hybrid reactor design with cyclic oxidation machine promoted by a heat exchanger that recovers thermodynamic energy lost through the use of fossil fuel and biomass. The cyclic oxidation design also allows for more efficient conversion of energy sources and higher power output than a standard combustor. The tool is capable of running at temperatures up to 1250 C. The design of the asset also permits the use of biomass, such as food waste, in the production of energy sources. E3000 Reactor includes an advanced fuel model that allows the reactor to automatically adjust the fuel mix in order to optimize efficiency, output, and emissions. The fuel equipment utilizes an advanced filtration system to ensure the fuel used is clean and safe for use. The unit also contains a fully automated combustible control machine that is designed to maintain a constant pressure within the tool. E-3000 Reactor has a low maintenance design that requires no additional components or services when operating. The design also ensures that operation is safe and efficient, eliminating the potential for dangerous emissions or explosions occurring during operation. The asset has a high-efficiency rating of up to 95%, making it one of the most efficient systems available. ASM E3000 Reactor is an excellent choice for a multitude of applications, ranging from small scale residential to large scale industrial applications. The model provides a high level of energy efficiency, reliable operation, and cost effectiveness. It is an optimal choice for both biomass and fossil fuel users.