Specially activated porous carbon for the desulphurisation of biogas and for gas purification.
Analysis of activated carbon and loaded activated carbon in our in-house laboratory for quality assurance purposes and the development of new products. Established standard methods are applied here, but test facilities developed in-house are also used.
Technical systems as activated carbon replacement filters and as single or double chamber filters for the desulphurisation of biogas.
Methane gas, produced in biogas plants by the digestion of biomass, and which is used to generate electric energy, operate vehicles or feed into gas supply networks.
Removal of harmful trace gases from biogas.
Benzene, Toluene, Ethylbenzene, Xylene, aromatic hydrocarbons, including volatile organic compounds (VOC).
Removal of unwanted odorants from technical and biogenic gases.
Methane gas produced in landfill site as a result of the decomposition of organic substances.
Sulphur compounds.
Specially treated activated carbon with improved pore structure for the desulphurisation of biogas and for gas purification.
Pure, natural or synthetic iron hydroxide as a fine powder for coarse desulphurisation in the fermenter of biogas plants.
Highly amorphous iron oxide in pellet form used to remove hydrogen sulphide from biogenic and technical gases without oxygen.
Pure, natural or synthetic iron hydroxide as a fine powder for coarse desulphurisation in the fermenter of biogas plants.
Removal of sulphur compounds from biogenic and technical gases.
Activated carbon in pellet form for the desulphurisation of biogas and for gas purification.
Removal of water from biogenic and technical gas streams by way of cooling. Water is condensed out by cooling the gas.
Removal of harmful trace gases from biogenic and technical gases.
Separation and extraction of specific substances, such as oxygen, nitrogen, methane, CO2, odorants and mercaptans from gas streams by means of pressure swing adsorption.
In-Situ Doped Activated Carbon, specially treated chemisorptive activated carbon with improved pore structure for the desulphurisation of biogas and for gas purification.
Methane gas produced in the course of decomposition processes, such as in the digesters of sewage treatment plants.
Digestion of food scraps and green waste.
Chemical hydrocarbon compounds.
Chemical laboratory for the performance of activated carbon analyses for quality assurance purposes and the development of new products.
Volatile halogenated hydrocarbons (VHHC)
Volatile chlorinated hydrocarbons (VCHC)
Volatile fluorinated hydrocarbons (VFHC)
Removal and recovery of solvents from technical gas streams.
Organic, complex sulphur compounds.
CH4 C4 compound, colourless and odourless, combustible gas of fossil origin or from biological processes.
Technically added odorants in natural gas.
O3 molecule made up of three oxygen atoms, also referred to as “active oxygen”, highly aggressive oxidising agent.
Physical method used to separate gas under pressure by means of adsorption. In the adsorption process, specific substances from the gas are concentrated on the surface of a solid. Porous materials, such as zeolites or activated carbon, are used as solids.
Water content of gases in proportion to capacity, temperature and pressure.
O2 – colourless and odourless gas, which makes up 21 % of the content of air.
H2S – toxic and highly corrosive acidic trace gas.
Highly abrasive silicon compounds.
Chemical compounds based on hydrocarbons in the form of terpene alcohols, glycosides, ethers, aldehydes, ketones, carboxylic acids and esters, mostly of biogenic origin, such as essential oils.
Solvents for colours, paints and adhesives.
Volatile Organic Compound(s)
Synthetically produced microporous solids, alkaline, potassium-based or sodium-based. Can be used effectively in a variety of applications thanks to their specific geometric shapes and homogeneous pore structure available in different sizes: used for the separation and extraction of oxygen, nitrogen, methane and CO2, the removal of odorants and mercaptans and the drying of gases.