ENGINEERING FOR A BETTER ENVIRONMENT
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Combustion plants

We build our systems in two variants of comparable technology. 

These are:

Transportable incinerators

Transportable incinerator units for military application

Our TIU solution can be put anywhere into operation and has an excellent combustion capacity. It is a stand-alone unit, i.e. it has all necessary auxiliaries on board, like power generator, compressor, lance spray system for liquids, fuel tank and emergency water tank.

Latest burner and control technology, and of course a flue gas cleaning unit is the basis that the plant meets the highest environmental standards. The rigid construction and the easy operability improve the transportable usage in site camps.

Transportable incinerator unit for military application

Features on a view

  • Transportable solution.
  • Excellent combustion capacity.
  • Complete unit.
  • Easy commissioning.
  • Easy maintanance.
  • Low energy consumption.
  • Low operation cost.
  • High performance.
  • Environmental friendly.
  • Made in Germany Quality.
  • State of the Art means highest technology standards.

Stationary incinerators

Stationary Incinerator Units are combustion- and flue gas cleaning/filter plants with an excellent combustion capacity (1000-5000 kg/h). They are designed environmentally friendly for a local assembly.

SIBF Combustion plant up to 5000 kgh

Features on a view

  • High combustion capacities. 
  • Easy commissioning. 
  • Easy maintanance.
  • Low energy consumption. 
  • Low operation cost. 
  • High performance.
  • Environmental friendly. 
  • Made in Germany Quality.
  • State of the Art means 
  • highest technology standards.

Oven of a combustion plant

Our incinerators using physical and chemical methods to destroy and separate air pollutants.

These are:

Thermal destruction of waste combines high temperature, long residence time and high turbulence together with an efficient gas management system to ensure that waste materials are efficiently destroyed. Waste, when heated to a very high temperature undergoes predictable physical and chemical changes. The high temperature, that is over 1000°C prevents the formation of complex organic molecules and breaks down organics into gas. These primary molecules are stable at that temperature. The oven of our system is capable of burning the waste at a temperature of 800 to 1200°C. The rule for the kind of waste is, the more toxic the material, the higher the burning temperature needs to be.

Filter unit with ceramic candles for a stationary combustion plant
Chemical neutralization has been done by use of a special additive that must be added to the waste. This is a very effective additive for SO2, HCl and HF, heavy metals, dioxins, etc. 

Physical filtering will be applied by means of a special filter system. The particle removal creates a filter cake, which supports the removal efficiency. Depending on the differential pressure measured across the filter, the parts of the filter elements are cleaned by means of pressurized air impulses.

Filter unit with bag filters for a stationary combustion plant
Adsorption is a part of the chemical neutralization, e.g. the binding of molecules or particles to a surface, will be done by means of feeding the flue gas through activated carbon. In this stage, the flue gas components with color or those that have taste or odor will be bound, so all these may-be-non-toxic-but disturbing gas components will be eliminated and a colorless, odorless flue gas will be emitted to the atmosphere. 

As a result above destruction/separation systems in combination care for a very environmental friendly incineration based on the Environmental Regulation of European Union (EU) and that of Germany. 


Incineration of waste is a necessity to protect the environment.

 
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