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Applications


Biomass for energy recovery

Siempelkamp Energy & Drying Solutions drying systems and energy systems, a combined solution

The utilisation of renewable raw materials is attracting ever more attention and the application of biomass as a fuel is now commonplace.

Bark, waste from the wood industry, from roadside maintenance and from landscaping, as well as agricultural wastes such as straw or palm fibres serve as fuel. Although the composition of biomass is extremely heterogeneous, all materials have one thing in common: in most cases their water content must be significantly reduced before they can be used for energy.

Suitable dryers for drying biomass:


This is where Siempelkamp Energy & Drying Solutions comes in:

Our drying systems and energy systems are excellently suited to drying biomass. 
The technical solutions are as varied as the materials. Depending on the raw material, application and water content involved, our designs, builds and supplies the right dryer for the job and combines it with a precisely matched energy system with robust burners.
In addition to a precisely controlled drying process, another important factor for drying biomass is the facility‘s cost-effectiveness – making use of free waste heat. 


Proven combination of drying system and energy system

The materials, often very inhomogeneous, require specific dryer internals and special handling. Siempelkamp Energy & Drying Solutions biomass drying systems are designed to be robust and flexible. They can be retrofitted in many different ways – even if the fuel‘s water content varies from that of the system‘s original design.
Thanks to the proven combination of drying and energy systems, our facilities make an important contribution to efficiency across the entire production process. This allows for a highly feasible and cost-effective utilisation of biomass fuels.
 

Unsere jahrzehntelange Erfahrung im Energie- und Trocknungsanlagenbau ist ein Garant für einen reibungslosen und optimal aufeinander abgestimmten Betrieb der Anlage.