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Waste incineration plants gas cleaning plants, dry and wet processes denoxing plants (SCR or SORDINOX® process) separation of dioxines and furanes water treatment plants for special purposes. |
| Year established : |
1996 |
Business : |
Manufacturer |
 Seiler Anlagenbau GmbH Seiler Anlagenbau GmbH
Our main activities:
Our main activities:
- Waste incineration plants
Gas cleaning plants, dry and wet processes
- Denoxing plants (SCR und SORDINOX® process)
- separation of dioxines and furanes
- water treatment plants for special purposes, e.g. for the printing and dying industry
- wet electrostatic precipitators for the separation of ultrafine dust particles and aerosoles
Our abilities We design and construct plants for the protection of the environment. To our clients we offer complete services in all fields from the elaboration of first concepts and basic engineering of a plant, detail engineering, procurement, process control systems, supervision of erection and start up, as well as time and quality control. Our target As a medium sized company we offer our advantages like innovation and flexibility to our clients. Our main target is to satisfy our clients in a way that they recommend us – because
Our main activities: waste incineration plants gas cleaning plants, dry and wet processes denoxing plants (SCR or SORDINOX® process) separation of dioxines and furanes water treatment plants for special purposes, e.g. for the printing and dying industry wet electrostatic precipitators for the separation of ultrafine dust particles and aerosoles
| Ionisation Scrubber TECHNOLOGY SEILER has developed the so called "counter current flow electrostatic precipitator" to solve the above mentioned problems.
This wet electrostatic precipitator ensures a maximum efficiency of separation of finest dust particles and aerosols in combination with gaseous emissions.
The particles contained in the waste gas are electrically loaded in several steps. They are deflected from the direction of flow to the collecting plates which are continuously flushed with washing liquor. The particles are collected and led to the recirculation tank together with the washing liquor. The liquor film on the collecting plates forms the real collecting electrode.
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| Rotary Kilns Seiler offers a wide range of Rotary Kilns for many applications, tailor made for your needs. Depending on the waste composition, the incineration may take place in single or double stage incineration, in a parallel or counter stream design.
Depending on local demands and regulations, post combustion temperatures may reach from 850°C (1.560F) to 1.200°C (2.200F).
The advantage of a Rotary Kiln:
As soon it enters the system, the waste is thoroughly and constantly mixed by the rotating incinerator and at the same time, it is also continuously homogenized and ventilated. Wet waste is dried by the use of hot gases and the refractories of the cylindrical chamber. To maximise the lifetime of the plant, no metal parts come in contact with the waste product or gas.
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| SCR-Process INTRODUCTION During the last decade denoxing by selective catalytic reduction (SCR-process) became the state of the art.
DeNOx Catalysator Formerly, mainly caloric power stations have been equipped with SCR-units, but a change in politics - clean air acts - forced a further decrease of the NOx-emission in other industries as well. Today most industrial waste gases have to be treated.
When compared with other technologies the SCR-technique realizes the highest efficiency rates at reasonable operating costs.
SEILER Ges.m.b.H., has optimized the SCR-technique in long term testing at a semi-industrial pilot plant and installation of several industrial plants, mainly in the stainless steel industry and for waste incinerators.
A simple design and extensive operation know how led to an economical configuration of the plants.
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| Ultrafiltration H2O-ULTRA-PRO The cross flow filtration is a pure physical process. The components to be separated are not changed chemically, thus recycling is possible. By selection of the proper pore size smaller molecules pass through the membrane, whereas macromolecules are retained. Inorganic ultra filtration membranes are applied. | |
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43-2252-46111
