Compact modular design
Our products produces bioenergy more and faster than the traditional methods of biofermenting. Generally the modular design enables easy and inexpensive scaling up to meet the different needs.
FimusKraft supplies a continuously operating and fully automated biogas plant that has been scaled up according to the needs especially. The automatic, on-line gas content analyzer is included. Generally each module set produces 30 kW electricity and 60 kW heat. And further the fertilizer products are environmentally friendly, nutrient-rich compost, high in nitrogen. In fact the modules are very compact, the whole package is installed in 2,5 containers.
Microturbine/engine-generator converts the biogas into electricity and heat cost-effectively. FimusKraft has already patented their innovations and more patents are pending. Read more about FKBP technology here
High energy output
FimusKraft bioenergy plant can be a stable electricity source for other power plants, e.g. solar or wind power networks. The modules can be installed quickly anywhere. In fact the investment is low and the module is high in local content. It can also be very local, when no energy is needed to waste in transporting of waste materials. Surely the electricity production can also be stand-alone off the grid. Therefore even wireless operation is possible. Learn more about our technology here
3 different product groups
FKBP is a modular system and has 3 different product groups
Small & middle size plants
The minimum size system contains two lines and each line contains 2 fermenter containers (modules).The minimum module set intakes 5 tons of biowaste per day and is producing 32 kW of electricity and 56 kW of heat. The system can grow up to 6 fermenter lines. On the top of the fermenter containers are the gas tank containers. In the separate small container is the control room and energy development room.
Large plants
In the large plants the fermenter unit volume is 1500 or 2500 m3 and these can be multiplied. System can produce large amounts of cleaned (purified) biogas to be pumped into the gas grid or made for electricity and heat (CHP-plant).
It is to note that the electricity produced with the higher range FKBP plants will be made with higher efficiency than what it is in the 5 tons per day system. As well as the gas-engine efficiency is higher.
Integrated biorefinery factory
100 tons of biowaste per day (in this example).
Including the energy and fertilizer valuable raw materials for pharma, chemical and food industry is produced in this factory.
It is to note that the electricity produced with the higher range FKBP plants will be made with higher efficiency than what it is in the 5 tons per day system. As well as the gas-engine efficiency is higher.
