NOVELTY - Recycling and recovering energy of biogenic residues from breweries, comprises using waste materials in a wet fermentation, concentrating total nutrient potential in the form of nitrogen, phosphorus, potassium and sulfur in a fertilizer fraction obtained from the fermentation residues, and providing the desulfurized biogas for energy recycling. The resulting biogenic residues from the distillery process comprising dregs, filter dusts, aqueous media from the periodic system cleaning and fusel oils are subjected to a suspending process.    USE - The method is useful for recycling and recovering energy of biogenic residues from breweries (claimed).    ADVANTAGE - The method: is simple, cost and energy efficient, and is environmental friendly; and reduces the wastewater load, which is a limiting factor for the expansion of production.    DETAILED DESCRIPTION - Recycling and recovering energy of biogenic residues from breweries, comprises using waste materials in a wet fermentation, concentrating total nutrient potential in the form of nitrogen, phosphorus, potassium and sulfur in a fertilizer fraction obtained from the fermentation residues, and providing the desulfurized biogas for energy recycling. The resulting biogenic residues from the distillery process comprising dregs, filter dusts, aqueous media from the periodic system cleaning and fusel oils are subjected to a suspending process. A dry matter content is adjusted to 12-18% using additives with dry matter content of at least 25% in the bio-suspension, such that the bio-suspension produced is subjected to an aerobic hydrolysis. The hydrolyzate generated from the bio-suspension is fed to an anaerobic digester system from at least one hydraulic and partially intermixed with fermenter with initially inserted and constantly reproducing special culture. The potential of plant nutrients is recovered as a mixture of the solid phase of the fermentation and the residues resulting from the inhibitor of biofiltrate liquid washing media with high levels of ammonium and sulfur compounds present in the recycled starting materials. The desulfurized, dried and compressed biogas is used for combined production of electrical and thermal energy process. An INDEPENDENT CLAIM is also included for an arrangement for carrying out the above mentioned method, comprising at least a suspending station, a fermentation station for the methane fermentation, a phase separating station for the digestate, a biofiltrate-storage tank, a gas-desulfurization station, where the suspending station is connected to a storage and dispensing system for dry matter rich additives in conjunction such that an inhibition station is arranged between the biofiltrate-storage tank and the suspending station such that a gas scrubber is arranged as gas-desulfurization station, preferably in the form a trickle-apparatus, and a bio-acid storage tank is arranged for the storage of the bio-acid obtained from gas desulfurization in station. A hydrolysis station is arranged between suspending station and the fermenter station. The fermenter station is made of at least one main fermenter and at least one downstream post-fermenter.    DESCRIPTION OF DRAWING(S) - The figure shows a schematic process flow of the method for recycling and recovering energy of biogenic residues (Drawing includes non-English language text).