The user-fri­end­ly, self-clea­ning and ful­ly auto­ma­tic com­bus­ti­on tech­no­lo­gy has an inno­va­ti­ve, water-coo­led rota­ry tube tech­no­lo­gy with a num­ber of advantages:

• Sui­ta­ble for fuels with low ash mel­ting point and high ash content
• Com­bus­ti­on extends over the enti­re length of the rota­ting tube with a tur­bu­lent fla­me vortex
• All boi­ler com­pon­ents expo­sed to wear and/or high heat loads are lined with refrac­to­ry and wear-resistant concrete
• In an insu­la­ted post-com­bus­ti­on cham­ber, the flue gases are com­ple­te­ly burnt out befo­re they enter the heat exchanger
• Emis­si­on values accor­ding to the 4th and 17th BImSchV, depen­ding on the fuel, are signi­fi­cant­ly undercut.
• The pow­dery ash is low in car­bon and free of slag; the nut­ri­ent salts it con­ta­ins are available to plants and can be used as fer­ti­li­ser Pos­si­ble forms of ener­gy are
• hot water, steam and/or ther­mal oil

Examp­les of decen­tra­li­sed ener­gy concepts

• Digesta­te dry­ing and inci­ne­ra­ti­on for nut­ri­ent con­cen­tra­ti­on and mass reduction
• Chi­cken manu­re uti­li­sa­ti­on for heat gene­ra­ti­on for sta­bles and properties
• Steam gene­ra­ti­on or ther­mal oil for indus­tri­al and dry­ing plants by using indus­tri­al by-products
• Sewa­ge sludge dry­ing and incineration

This com­bus­ti­on tech­no­lo­gy can use the fol­lo­wing bio­fuels, for exam­p­le, for ener­gy with a high degree of effi­ci­en­cy and low emissions:

• Land­scape main­ten­an­ce mate­ri­al, scree­ning of wood­chips, roadsi­de greenery
• Straw, cof­fee sub­sti­tu­te, seed clip­pings, nut shells, cher­ry pits, coffee/cocoa residues
• Digesta­te from bio­gas plants, lea­ves, hor­se manu­re, chi­cken manure