The plant consists of an internal active component and a peripheral part.

Dimensions of the Core Components :

•             The base technology where the reactor component resides can be placed on 25 by 50 sqf.

•             The full technology resides on 25 by 350 sqf.

•             The overall height of the plant is 90 feed, which reflects the height of the distillation column with its condenser.

•             For safety reasons, the entire plant stands in a safety tub, which catches liquids from any possible leakages.

Peripheral Components

•             A BHKW (Block-heating-generator, total power plant) with 2,5 MW/hour with a 1MW/hour power reserve included (can be sold back to the grid) to achieve energy self-sufficiency for the plant after startup.

•             A regulated dosing promoter for the mixed hydrocarbon wastes as a function of the reaction conditions in the plant.

•             A complete front end system changing waste materials to sterile material, before it even gets into the Green Power Inc Catalytic depolymerization process..

•             A storage vessel for input waste materials and a tankfarm for Fossil Free Fuel^TM produced by the plant .

•             A storage system for all Recyclable materials separated out by the plant .

•             A water storage container for cooling the distillation column, which can also serve as a reservoir for fire fighting purposes.

•             A storage vessel each for catalyst and Lime

•             All storage vessels of the plant are transport-safe, reusable and have quick-locking mechanisms.

•             Electronic process control instrumentation on all elements of the plant to constantly supervise and monitor variable parameters of the plant, including liquid conditions, process temperatures, flow velocities and pH values, as well permanent Internet connections to enable and insure remote-site supervision.

•             Electronic control systems insure that the plant can be safely turned off and/or disabled if there are any processing abnormalities.

•             Electronic instrumentation also insures optimized control, when connected with electromagnetic activation and supply controls for the catalyst, to provide for constant optimization, monitoring and logging of the catalytic reaction cycle.

•             The plant's peripheral devices and core plant components are constructed and configured in a manner to optimize time expenditure from input of waste materials for reduction to the end-stage production of Fossil Free Fuel^TM like Diesel fuel.

•             A Fuel lab to ensure the Quality Control of the produced Fossil Free Fuel^TM produced by the plant .