1. Desulphurization
2. Fermenter
3. Re-Fermenter
4. Fermenting Rest Storage Unit
5. Biogas Heating Power Unit
6. Substratum Supply

Desulphurization as a Trickle-Bed-Reactor System

• External Desulphurization
• Exact pH-value regulation is possible.
• A better heat conduction for the microbiology is given by isolation of the round container.
• The optimum reaction to seasonal variations with a steady decomposition behaviour is guaranteed.
• All process parametres are controlled, regulated and monitored constantly. Short-term reacting to changes of the working conditions is possible.
• Low operating expenses.
• Low maintenance requirements.

Fermenter with Integrated Gasholder

• Ferro-concrete base plate from WU-concrete according to WHG and ground survey report.
• Ferro-concrete containers from WU-precast concrete part with concrete according to WHG to max. 7.00 m above the earth.
• Water protection by locking foil (drainage road) with a circular drainage pipeline and controlling shafts.
• Inspectiondoors from high-grade steel by entrance height.
• Multistage high-grade steel heating in on wall assembly.
• Foil roof as a double membrane with central prop (external foil serves as a UV protection and weather protection, the internal foil serves as a gasholder).
• The lead-throughs of the walls, bottom and roof are finished absolutely gasproofed as system elements.
• If geographically possibly, overfalls are arranged in the containers.
• Two electronically controlled sloping stirring devices and one electronically controlled submerged engine stirring devices.
• Electronically controlled screw conveyor to insert the substratmixture
• Gasproofed sealing with admitted multilayered coating.
• Sensors for: temperature, pH-value, gas content, gas amounts.
• Computer-supervised operating control with response times <1 hour.
• Remote controlled system’s technology. (Pumps, conveyors, stirring devices etc.)

Re-Fermenter with Integrated Gasholder.

• Ferro-concrete base plate from WU-concrete according to WHG and ground survey report.
• Ferro-concrete containers from WU-precast concrete part with concrete according to WHG to max. 7.00 m above the earth.
• Water protection by locking foil (drainage road) with a circular drainage pipeline and controlling shafts.
• Inspectiondoors from high-grade steel by entrance height.
• Multistage high-grade steel heating in on wall assembly.
• Foil roof as a double membrane with central prop (external foil serves as a UV protection and weather protection, the internal foil serves as a gasholder).
• The lead-throughs of the walls, bottom and roof are finished absolutely gasproofed as system elements.
• If geographically possibly, overfalls are arranged in the containers.
• Two electronically controlled submerged engine stirring devices.
• Gasproofed sealing with admitted multilayered coating.
• Sensors for: temperature, pH-value, gas content, gas amounts.
• Computer-supervised operating control with response times <1 hour.
• Remote controlled system’s technology. (Pumps, stirring devices etc.)

Fermenting Rest Storage Unit

• If already storage containers exist, they are taken over in the investment draught.
• Ferro-concrete base plate from WU-concrete according to WHG and ground survey report.
• Ferro-concrete containers from WU-precast concrete part with concrete according to WHG to max. 7.00 m above the earth.
• Inspectiondoors from high-grade steel by entrance height.
• Foil roof as a swimming tarpaulin.
• Seperation of the dry substances with next pelletizing of the biofertilizer.

Biogas Heating Power Unit

• Standardized heating power units in module constructions.
• The container modules ready with connections are put up on construction-sided strip foundations, and are conncted with the construction-sided inducements and disposal pipelines. The Units are Remote controlled.
• All emission limit values known up to now are kept.

Substratum Supply

• Self-mixing solids starage container from steel (allows optimised substrate mixtures) founded on ferro-concrete base plate of WU concrete according to WHG and ground survey report .
• Input controlling with load cells and screw conveyors.
• Concrete container as a liquid material storage with ferro-concrete base plate from WU-concrete according to WHG and ground survey report, ferro-concrete container from WU-to concrete finished parts according to WHG to max. 2.00 m above the earth, ferro-concrete lid from WU-concrete according to statics with openings for a submerged engine stirring device, a submerged edge stirring device and input opening adapted for wheel loaders.
• Water protection by locking foil (drainage road) with a circular drainage pipeline  and controlling shafts.
• Input controlling about volume control and pumping technology.
• Computer-supervised operating control with response times <1 hour.
• Remote controlled system’s technology. (Pumps, stirring devices etc.)