The energy industry is currently undergoing a huge process of change worldwide due to the shift away from the use of fossil fuels. In recent years, innovations in the areas of using previously unused energy sources, improving emission values and expanding process chains for the direct use of energy have multiplied. This exciting environment offers the “researchers and developers” of the R&R-BETH®Group plenty of material for the development of new technologies, processes and products. Together with research partners, our research and development team has found a way to separateCO2 from industrial waste gases and make it available as a raw material in its purest form.
Our extraordinarily wide range of products includes:
- Bag filters
- Dry electrostatic precipitators
- Wet electrostatic precipitators
- Pipe and duct components
- Additive feeders
- Silos
- Flue gas stacks
- Noise protection devices
- Container loading
- High-pressure transport systems
- fire protection systems and versatile individual units and assemblies from the R&R Group.
Process extraction of an exhaust gas cleaning system for hazardous waste incineration
– Volume flow: 82,000 Bm3/h
– Operating temperature: 150°C
– Dust separation
– Gas purification
– Sulphur oxides (SO2)
– Hydrogen chloride & hydrogen fluoride (HCL, HF)
– PCDD/PCDF
Germany
Exhaust gas cleaning for hazardous waste incineration
– Volume flow: 82,000 Bm3/h
– Operating temperature: 150 °C
– Dust separation
– Gas purification of
– Sulphur oxides (SO2)
– Hydrogen chloride (HCl)
– Hydrogen fluoride (HF)
– PCDD / PCDF
Germany
Flue gas cleaning for a waste-to-energy plant
– Volume flow: 154,600 Bm3/h
– Operating temperature: 120°C Dew point <100°C
– Dust separation
– Gas cleaning of:
– Sulphur oxides (SO2)
– Hydrogen chloride (HCl)
– Hydrogen fluoride (HF)
– PCDD / PCDF
Germany
Waste gas purification for sewage sludge incineration
– Volume flow: 27,000 Bm3/h
– Operating temperature: 134°C
– Dust separation
– Gas purification of
– Sulphur oxides (SO2)
– Hydrogen chloride (HCl)
– Hydrogen fluoride (HF)
– PCDD / PCDF
– Mercury
Germany
Bag filter systems and biofilters
– Delivery hall
– Deep bunker system
– Waste treatment
– Volume flow: 170,500 Bm3/h
– Dust separation
– Odor cleaning
Austria
Dedusting of a waste treatment plant
– Volume flow: 165,000 Bm3/h
– Soundproof enclosure for fans and changeover dampers
– Explosion protection: chem.
Ex suppression and rupture disks
Germany
Process extraction of biomass combustion
Fuel: wood chips, bark, shavings
– Volume flow: 86,600 Bm3/h
– Design temperature: 250°C
– Design pressure: approx. 35mbar
– Dust separation
Estonia
Process extraction of biomass combustion
– Volume flow: 88,971 Bm3/h (normal) / 98,116 Bm3/h (boiler cleaning)
– Residual dust content: <10 mg/m3
– Temperature (design): 250°C
– Pressure (design): Approx. 50 mbar
– Dust separation
Scotland
Process extraction of biomass combustion
– Fuel: wood chips, shavings, dust
– Volume flow: 28,340 Bm3/h
– Design temperature: 250°C
– Design pressure: approx. 25hPA
– Dust separation
– Exhaust air chimney
France
Process extraction of biomass combustion
– Fuel: Wood residues, plant residues from tomato cultivation
– Volume flow: 58,000 Bm3/h
– Temperature (design): 250 °C
– Pressure (design): Approx. 25 mbar
– Dust separation
– Exhaust air chimney at the filter
Netherlands
Process extraction of biomass combustion
– Fuel: wood chips, bark, shavings
– Volume flow: 98,940 Bm3/h
– Design temperature: 250 °C
– Dust separation
– Installation of the filter on an on-site concrete ash storage silo
Germany
Process extraction of biomass combustion
– Fuel: wood chips, bark, shavings
– Volume flow: 58,000 BM3/h
– 1,780 mg/Nm3 < 5 mg/Nm3 at 6% O2
– Dust separation
Netherlands
Process extraction of biomass combustion
– Volume flow: 128,000 Bm3/h
– 2,200 mg/Nm3 – 20mg/Nm3 at 400°C
– Dust separation
Belgium
Process extraction of biomass combustion
– Volume flow: 95,700 Bm3/h
– 4,500mg/Nm3 – <20mg/NM3 at 170°C
– Dust separation
– Cyclone separator
Germany
Process extraction of biomass combustion
– Fuel: wood chips, bark, shavings
– Volume flow: 735,000 Bm3/h
– 500 mg/Nm3 – < 10mg/Nm3
– Dust separation
– Regulation, control, electrical installation
Poland
Process extraction of biomass combustion
– Fuel: wood chips, bark, shavings
– Volume flow: 735,000 Bm3/h
– 500 mg/Nm3 – <10mg/Nm3
– Dust separation
– Control
– Control
– Electrical installation
Poland
Process extraction of biomass combustion
– Fuel: wood chips, bark, shavings
– Volume flow: 735,000 Bm3/h
– 500mg/Nm3 – < 5mg/Nm3
– Dust separation
– Control
– Control
– Electrical installation
Hungary
Process gas pipeline for fly ash downstream of a rotary kiln system
– Volume flow (hot gas extraction): 35,000 Bm3/h
– Diameter: 1,200mm (incl. 250mm inner lining)
– Temperature: max.
1,100°C
– Diameter: 760mm
– Temperature: max.
450°C
Germany
Flue gas pipe incl. Pipes, bends, transitions and fittings
– Material S235JR
– Max.
Operating temp.
up to 230°C
– Special approval by TÜV as these components are used in a building in overpressure operation (risk of poisoning and suffocation)
Czech republic
Special piping system with unsupported span of up to 35m
– Volume flow: 90,000 Bm3/h
– Material thickness: -14 mm
– Diameter: 1,200 mm
– Total length: 520 m
– Distance between support points 35 m (self-supporting pipe system)
Germany
Hot gas cyclone
– Separation of fly ash after a rotary kiln
– Volume flow: 35,000 Bm3/h
– Temperature: max.
1,100°C
– Fireclay lining
– Special insulation
Germany
Exhaust air chimney
– with working platform, painted according to customer requirements, with verifiable statics
– complete assembly
Height: according to customer requirements
Germany
Waste gas cleaning in a sewage sludge incinerator
– Spark separation
– Dust separation
– Recovery of phosphorus (P)
– Gas purification of:
– Sulphur oxides (SO2)
– Hydrogen chloride (HCl)
– Hydrogen fluoride (HF)
– Heavy metals
Germany
Our engineers and technicians plan the system configurations together with the customer. The system components are mainly manufactured at our modern production sites in Bad Lobenstein and Olesno. R&R-BETH®employees then usually carry out the turnkey assembly and commissioning at our customers’ premises. Of course, self-assembly under the supervision of an R&R-BETH®supervisor is also possible.
R&R-BETH®Service GmbH employees provide services and spare parts during the often very long service life and operating times of the systems.
