fluidized bed Equipment in Belgium

Serving Belgium | Office in BelgiumNear Belgium
77 Results found
  • Category: Energy & Renewables ×

  • Subcategory: Combustion ×

  • Keyword: fluidized bed ×

  • Location: Europe ×

  • Location: Belgium ×

ANDRITZ - Model FDS - Fluid Bed Drying System

by ANDRITZ Separation - a division of the Andritz Group     based in Waddinxveen, NETHERLANDS

The fluid bed drying system with direct feeding converts dewatered sludge into almost dust-free granules with > 90% DS. The thermal heat for evaporation of the water is transferred indirectly by a heat exchanger immersed in the fluid bed. The fluid bed dryer is integrated into an inert gas loop system.

ANDRITZ - Model DDC - Fluid Bed Drying/Cooling System

by ANDRITZ Separation - a division of the Andritz Group     based in Waddinxveen, NETHERLANDS

Drying and cooling take place in the product chamber, only by convective heat and mass transfer between the fluidization gas and the product. Two different designs are available, for normal and high temperature applications.

ANDRITZ - Model VDC - Fluid Bed Drying/Cooling System

by ANDRITZ Separation - a division of the Andritz Group     based in Waddinxveen, NETHERLANDS

Drying and cooling takes place in the product chamber by convective heat and mass transfer only, between the fluidization gas and the product. Two different designs are supplied, as single or as double mass vibrating system depending on the fluid bed size.

ANDRITZ - Model HDC - Fluid Bed Drying/Cooling System

by ANDRITZ Separation - a division of the Andritz Group     based in Waddinxveen, NETHERLANDS

Drying and cooling combined in a single unit. This type of fluid bed is used for polymers and other temperature-sensitive products, especially of small particle size, mainly for high line capacities. It is characterized by the stationary design of the fluid bed without rotating and vibrating parts, resulting in higher operating availability and ...

FLuidized Beds

by Arena Comet NV     based in Lokeren, BELGIUM

Fast and perfect cleaning, cycle time 30-60 minutes Thermal process for high capacity cleaning Safe and reliable, due to advanced loading system Perfect controlled homogeneous temperature

Aquatech BioCORE - Fluidized Bed Bioreactor Technology

by Aquatech International Corporation     based in Canonsburg, PENNSYLVANIA (USA)

An Advanced Biological Process that Provides Results While Also Reducing CAPEX and OPEX. Our BioCORE Fluidized Bed Bioreactor technology utilizes a specially designed media, which due to its unique shape and extremely high active surface area, has been proven to achieve water quality compliance in challenging industrial wastewater applications. ...

Sherwood - Model 501 - Fluid Bed Dryer

by Sherwood Scientific Ltd     based in Cambridge, UNITED KINGDOM

By forcing enough air through a bed of particles, the particle bed may assume a fluid-like state (resembling a boiling liquid). Heating the incoming air and managing air flow rate through the sample, the Model 501 Fluid Bed Dryer provides thorough mixing and maximum contact of solid with moving air.

Fluidized Bed

by Babcock & Wilcox     based in Charlotte, NORTH CAROLINA (USA)

Fluidized bed technology offers the advantage of reduced NOx and SO2 emissions by allowing the control of bed temperature and using reagents such as limestone as bed material. Additional benefits include the ability to use fuels such as biomass or waste fuels which are difficult to burn in conventional boiler systems.

Fluidised Bed Combustion System

by INTEC Engineering GmbH     based in Bruchsal, GERMANY

Fluidised bed combustion with ash cooling and controlled ash recirculation. Ash cooling heat exchanger positioned outside of combustion area. Capacity: 500 kW - 50,000 kW. Fuels: Biomass, coal (anthracite and lignite). Waste heat recovery media: Thermal oil, steam, hot water.

Strabag - Steam Generator - Fluidized Bed

by Strabag Energy Technologies GmbH     based in Vienna, AUSTRIA

Fluidized bed systems are used in technical applications such as drying processes, chemical reactions and energy conversion. They are being used to an increasing extent, particularly in power plant technology. By further developing this combustion technology, STRABAG Energy Technologies has made a significant contribution to

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