wet flue gas desulphurization
Category: Air & Climate ×
Subcategory: Air Pollution Control ×
Keyword: wet flue gas desulphurization ×
Location: Asia & Middle East ×
Location: Azerbaijan ×
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TL type pump is single-stage, single-suction, horizontal centrifugal pump, and mainly used as a wet FGD device absorbing tower circling pump, with advantages of wide range, high efficiency and energy saving. This series of pump, with compact structure of the X type bracket, can greatly save space compared to other slurry pump. Meanwhile, we have ...
Flue-gas desulphurisation in industry, power plants and waste incineration plants requires nozzles that guarantee precise functioning over prolonged periods and that are resistant to the extremely aggressive environmental conditions. Lechler has therefore developed atomizing nozzles made of ceramic materials, e.g. SIC, SISIC or ReSIC.
With VarioCool®, Lechler is capable of supplying complete gas conditioning systems including nozzle lances, pumps, regulation units and electronic control units. We have gained experience in numerous international applications through close co-operation between our design engineers and users and we use this to produce custom solutions in our ...
Lechler twin-fluid nozzle lances are successfully used in the following gas conditioning processes: DeNox downstream of NCR or SCR processes, spray drying, spray adsorption and atomisation of residual fluids in furnaces. In many applications, gas conditioning requires extremely fine droplets distributed as evenly as possible within the gas flow. ...
Lechler spillback nozzle lances are used in processes that are subject to continuous fluctuations in gas volume and gas temperature. Typical applications are production processes in the cement industry, waste incineration plants, LD converters or glass production processes.
The LTH 100 offers many different application and combination options. The plastic sinusoidal corrugated profile geometry with protruding phase separation chambers achieves high separation efficiency across a wide gas flow velocity range.
The LTH 600 type series features four profile geometries made only of stainless steel. The number of baffle vanes increases from Type LTH 601 to Type LTH 604. These graduations and the variable distances between the separation profiles achieve the best possible tuning to meet the specific demands of your operating requirements.
The LTV 271 is a proven, widely used separator system made of plastic. The characteristic guidance channels integrated in the separation profile together with the chamber geometry assure the proper drainage of the separated liquid.
The LTV 300 features a high separation efficiency – even for extremely fine droplets – and a very high hydraulic loadability factor. The special profile geometry is composed of 'drain-off channels' which remove the separated fluids out of the flow field when the channels are installed at an angle of 15° to 60°. The LTV 300, made of plastic or ...
The LTV 400 is a universally applicable separator system made of plastic or stainless steel. Many years of separator technology experience have gone into development of the LTV 400. Intensive development and optimisation work on the profile contours have provided the LTV 400 with high separation parameters, even without additional drain-offs for ...
