biological desulfurization.

TS Umweltanlagenbau. Germani. Brieselang.

In principle the generizon partner, TS Umweltanlagenbau GmbH, is a company in Brieselang, Zeestow, Germany that uses plastic compounds to produce its main product; a biogas desulfurization trickling bed reactor to environmentally safely and cost efficiently remove low to high to very high charges of hydrogen sulfide, H2S, in mainly bio-, sewage- and landfill gases.

Sulfur is an important elementary component in nature. hydrogen sulfide forms during the microbial breakdown of organic materials in the absence of oxygen, it is always present in the different gases like bio-, sewage- and landfill gas.

H2S is extremely corrosive, toxic (the smell of rotten eggs and irritated eyes in shallow concentrations, paralyzation of nerves and certain death at higher concentrations) and harmful to the environment (produces SO2 and acid rain when burnt).

It is the corrosive property that can already over a short time destroy a combined heat and power gas engine’s pistons, cylinder heads and liners, and plugs the exhaust system and exhaust gas heat exchanger with elementary sulfur. it equally reduces the lifetime of a boiler/burner.

A biological procedure is the solutions that TS Umweltanlagenbau invented and further developed over almost 40 years; it is foremost effective, has low operation costs and runs fully automatized. it is especially suited to selectively remove hydrogen sulfide; over 900 references on all five continents speak almost for themselves.

reference in Morocco. 10,000 ppm H2S.

reactor arrives.
18m x 3.6m trickling bed reactor arrives.
The tank rolls in.
the enormous tank rolls in.
Reactor lifted up through the air.
desulfurization reactor lifted up through the air.
Setting down of tank.
precision work. setting down of tank.
setting anchors.
TS/generizon Desulfurization installation.
TS/generizon desulfurization installation in middle of factory.

bio filter deodorization. sewage and industrial processes.

Biofilter for exhaust air purification and deodorization.
bio filter for exhaust air purification and deodorization. here with upstream biological air desulfurization. for 20,000m3/h.

TS bio filter plants incorporate one or several process levels/stages, they are built to customer requirements and purpose. Bio trickling bed reactor, chemical launderer and active carbon filter work in front or after the actual biological cleaning. Important process levels in a bio filter plant are: air compression, dust cleaning, heating or cooling, humidification, and biological cleaning.

The quality requirements of VDI (Verein Deutscher Ingenieure) guideline 3477 are at the foundation of TS bio filter plants.

Because of the corrosive effect of the pollutants they have to be cleaned, only the following materials are being used in TS bio filters, polypropylene (PP), polyethylene (PE), fibre-reinforced plastic (FRP), coated steel and high-grade steel.

Areas of application are found in:

  • municipal or industrial sewage treatment plants, deodorization in wastewater treatment plants (wwtp),
  • food industry,
  • chemical industry,
  • agriculture,
  • leather industry,
  • biogas plants, waste treatment plants,
  • paper industry,
  • TS bio filter.
containerized bio filter.
containerized bio filter.
compact bio filter. technical plant. ventilator integrated.
compact. technical plant. ventilator integrated.
open top surface filter. deodorization.
open top bio surface filter. deodorization. 50,000 m3/h.

TS. in a nutshell.

  • biological desulfurization of biogas.
  • bio filter for exhaust air purification and deodorization.
  • trickling bed reactor for up to 50,000 ppm H2S.
  • environmentally safe and cost efficient.
  • invented and developed over almost 40 years.
  • 900 references on five continents.
  • TS Umweltanlagenbau GmbH.
Biogas desulfurization plant.
biogas desulfurization plant. Anerveen, Holland.
plant in Norway. H2S.
plant in Norway. H2S reduction up to 30 kg H2S/h.
biological desulfurization plant for a paper factory. view from top.
biological desulfurization plant for a paper factory. view from top.
for a sewage plant (320 m3/h at max. 16,000 ppm H2S.
biological desulfurization for a paper factory in Serbia.
biological desulfurization for a paper factory in Serbia.
2 tank biological desulfurization. Australia. parallel. serial.