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Pure biomass

Energy-efficient particulate controls for biomass combustion

We offer energy-efficient solutions for particulate control during the process of burning wood fuel in its natural state and modified forms. These include:

  • Mechanical pulverisation (e.g. wood chips and sawmill by-products)
  • Drying
  • Compression (e.g. pellets)

To ensure efficient particulate control, we offer a range of technologies to suit the application, flue gas composition and required clean gas values.

High-quality mechanical separators such as tangential cyclones, spark and rotary separators, and axial and multi-cyclone units are available for simple dedusting and pre-separation of particles from the exhaust gases created by combustion processes. 

Electrostatic separation process are used in cases where degrees of separation exceeding 99% and clean gas dust loads of < 10 mg/Nm³ are required.

our solutions
Cyclones

CENTRIFUGAL SEPARATORS

For simple dedusting and pre-separation

Cyclones such as spark and rotary separators, as well as tangential and axial cyclone systems, act as pre-separators and today, due to their limited degree of separation and for safety and economic reasons, they are primarily combined with additional dedusting systems such as electrostatic precipitators or bag filters.

 
 
Multicyclones

MULTICYCLON SEPARATOR

 

For the dry separation of dusts and gases

The multi-cyclone is used for the dry separation of dusts and gases. It consists of a specified number of separating elements that are mounted in a common housing and is used as a separator or pre-separator depending on the particular application - for air quantities from 800 Am3/h to 400,000 Am3/h. If greater air quantities are required, several multicyclones can be used in parallel - e.g. 2x400,000 Am³/h.

Electrostatic precipitators

ELECTROSTATIC PRECIPITATORS

For reliable particulate control

Scheuch electrostatic precipitators are an efficient, beautifully engineered solution for particulate control in biomass-fuelled boiler plants. They can be installed in any application that uses wood and wood waste, bark and so on.Electrostatic precipitators are exclusively used for dedusting clean gas dust loads of up to 10 mg/Nm³. With up to three electrical fields installed in series, it is possible to achieve degrees of separation of as much as 99% and above. Their real standout feature is their robust design, which takes account of operational modes and fuel fluctuations in practice. Operators particularly value their excellent accessibility, which allows maintenance and inspection to be performed with ease.

 
Fabric filters

FABRIC FILTERS

Outstanding cleaning performance combined with an excellent degree of separation 

Due to their excellent filtration properties, fabric filter systems are ideally suited to separating fine dust up to a guaranteed value of < 5 mg/Nm³, and in combination with sorptive processes for reducing other contaminants. The following factors determine the quality of the filter bag material used:

  • Gas composition
  • Operating temperature
  • Dust loading
  • Filter surface loading
  • Type of fuel
  • Mode of operation

Scheuch offers fabric filters in the form of compact units as well as single-chamber and multi-chamber filter systems with the patented Scheuch IMPULS cleaning system, depending on plant size.

References
contact

Klaus Emprechtinger
Head of Sales Energy & Metals
Tel.: +43 7752 905-5369
Fax.: +43 7752 905-65369

k.emprechtinger@scheuch.com

Scheuch GmbH, Weierfing 68, A-4971 Aurolzmünster, Tel.: +43 77 52 905-0, Fax: -65000, E-Mail: office@scheuch.com

We provide systems for maintaining clean air

Innovative air and environmental technology for industrial applications has been Scheuch‘s stock in trade for 50 years now. Whether the solutions involve extraction, dedusting, conveying, flue gas purification or plant manufacturing, Scheuch is a leading expert with a pole position on the market in numerous sectors, and offers its customers application-specific, high-quality solutions to their air and environmental technology issues.