Recycling and waste recovery is an industrial sector with diverse and often novel problems. Countless products, waste materials or even chemical or biological residues are made available from all areas of life and industry in order to process them and feed the individual separation products into new value chains.
R&R-BETH®light material separators, heavy material separators, bag filters, pipe and duct components, tar electrostatic precipitators, biofilters, activated carbon filters, additive feeders, silos, chimneys, noise and protection equipment, explosion and fire protection equipment, container coating equipment and versatile individual units and assemblies from our group of companies are used in exhaust air treatment.
Waste gas purification for sewage sludge incineration
– Spark and dust separation
– Phosphorus (P) recovery
– Gas purification from
– Sulphur oxides (SO2)
– Hydrogen fluoride & chloride (HF, HCl)
– Heavy metals
Germany
Exhaust gas cleaning Shredder exhaust air
– Volume flow: 75,000 Bm3/h
– Spark & dust separation
– Red.
Heavy & light fractions
– Gas cleaning of
– Volatile org.
Hydrocarbons
– Heavy metals & aerosols
– Reduction of condensates
Belgium
Waste gas purification Hazardous waste incineration
– Volume flow: 82,000 Bm3/h
– Operating temperature: 150°C
– Dust separation
– Gas purification from
– Sulphur oxides (SO2)
– Hydrogen chloride & hydrogen fluoride (HCL, HF)
– PCDD/PCDF
Germany
Exhaust gas purification
– 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
Process dedusting and mechanical separation of light fractions in several waste treatment plants
– Volume flow: 780,000 Bm3/h
– Dust separation
– Separation of light fractions
– Explosion protection through:
– Pressure shock resistant design
– Decoupling devices
– Compliance with ATEX directives
Netherlands
Process extraction of a secondary material recycling plant
– Dust separation
– Explosion protection through:
– pressure shock resistant design
– decoupling devices
– compliance with ATEX directives
Germany
Process dedusting and mechanical separation of light fractions from several mill processing plants
4 complete filter systems with dust separation for shredder light fractions
– Volume flow: 105,000 Bm3/h
– Dust separation
– Separation of light fractions
– Explosion protection through:
– Pressure-shock-resistant design
– Decoupling devices
– Compliance with ATEX directives
– Use of ATEX-certified assemblies
USA
Process dedusting of shredder and sorting plant for slag and landfill material
– Volume flow: ?Petrik
– Pre-separation of heavy fractions
– Dust separation
– Explosion protection through:
– Pressure shock resistant design
– Decoupling devices
– Compliance with ATEX directives
Switzerland
Process dedusting of a metal scrap processing plant
– Volume flow: 68,000 Bm3/h
– Dust separation
– Pre-separation of heavy fractions
– Intermediate storage in fully automatic R&R-BETH container filling system (flexibly adjustable to different container sizes)
Netherlands
Process dedusting of several waste treatment plants
– Bag filter systems and biofilters for:
– Delivery hall
– Deep bunker system
– Waste treatment
– Volume flow: 170,500 Bm3/h
– Dust separation
– Odor cleaning via biofilter
– Explosion protection through:
– Pressure shock resistant construction
– Decoupling devices
– Compliance with ATEX directives
Austria
Process dedusting of two waste treatment plants
– Volume flow: 165,000 Bm3/h
– Soundproof enclosure for fans and changeover dampers with the highest sound insulation requirements
– Explosion protection through:
– Pressure shock-resistant design
– Decoupling devices
– Compliance with ATEX directives
Germany
Process extraction system and building for a plasma cutting system
– Volume flow: 140,000 Bm3/h
– Spark separator
– Dust separator
– Special building for temperatures up to 100 °C
– Doors with “currentless emergency opening function”
– Switch and control room within building
– Exhaust air chimney
Sweden
Process extraction of a waste residue treatment plant
– Volume flow: 150,000 Bm3/h
– Lightweight material separator
– Fire and explosion protection
– Pressure shock-resistant design
– ATEX-certified assemblies
– Noise reduction
– Exhaust air chimney
Germany
Process extraction of a shredder plant (steel scrap)
– Volume flow: 75,000 Bm3/h
– Dust separation
– Volatile hydrocarbons
– Heavy metals
– Fire and explosion protection through the use of ATEX-certified assemblies
– Noise reduction
– Exhaust air stack
Germany
Complete piping systems and filter system for the extraction of a glass recycling plant
Scotland
Appendix for separation
– Complete structural design in stainless steel
– Design development, manufacture and assembly meet the customer’s process engineering requirements
Great Britain
Stainless steel pipe system incl.
Support structure
Exhaust air purification (odors) in a waste treatment plant
– Pipe diameter: 1,400 mm
– Flap and control devices
– Steel construction with control
Great Britain
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.
