24 products found

products

  • Waste Water Treatment Odour Control

  • ERG - Wet Scrubbers and Chemical Scrubbers

    ERG - Wet Scrubbers and Chemical Scrubbers

    ERG has been supplying chemical scrubbers for odour control since 1978, and has installed more than 50 systems throughout the UK in the last 10 years. We have treated air flowrates from less than 1,000 up to 200,000 m3/hr.

  • Effective Sewage Odour Control Systems

    Effective Sewage Odour Control Systems

    Used as a stand-alone package, or in combination as part of a DryCat system, ERG's biofilter provides trouble-free odour control for small to medium sized sewage treatment plants.

  • ERG - Dry Media Filters

    ERG - Dry Media Filters

    In partnership with our carbon and dry media framework suppliers, ERG offers a comprehensive range of activated carbon, impregnated carbon, oxidising alumina media, and hybrid, multi-media filters. For the Middle East market we also offer in situ water and chemically regenerable carbon.

  • DryCat - System for Odour Control

    DryCat - System for Odour Control

    ERG's designers can match the air extraction rate and odour loading of each part of a sewage treatment plant to the odour control required for that area. Combining the basic building blocks of CIFs (catalytic iron filters), biofilters/bioscrubbers and dry media filters, and using intelligent design to look at the site as a whole, ERG's DryCat system is an optimised odour control solution for small and medium sized sites.

  • V-tex - Scrubbing Technology

  • V-tex - Gas Scrubbing

    V-tex - Gas Scrubbing

    V-tex is an outstanding scrubbing and stripping technology, providing users with a highly efficient scrubbing/stripping unit operation, in a fraction of the height of a traditional packed tower. And thanks to the opposed-jet spray nozzle at the heart of the technology, V-tex offers flexible, robust operability and unrivalled, maintenance-free availability, across a wide variety of applications.

  • V-tex - Scrubbing

    V-tex - Scrubbing

    V-tex technology is an innovative and patented method of scrubbing contamination. V-tex scrubbers are designed specifically to suit the particular application and duty. Gas flows treated by V-tex technology typically vary from 5m3/hr to 20,000m3/hr and from single stage to multiple stage units depending on the contamination removal efficiency requirement.

  • V-tex - Steam and Air Stripping

    V-tex - Steam and Air Stripping

    V-tex strippers achieve higher removal efficiencies than traditional technologies without moving parts or random packings which are prone to fouling. V-tex is used for the stripping of liquors across a range of sectors including pharmaceutical, petrochemical, fine chemical and oil and gas industries.

  • V-tex - Pilot Plants

    V-tex - Pilot Plants

    ERG has a number of pilot plants which are available to conduct V-tex trials for gas scrubbing, liquor stripping and gas/steam condensing applications. Often the V-tex pilot plants are used in a combination with other ERG pilot plants such as packed tower scrubbers and carbon filters.

  • V-tex - Syngas & Biogas Cleaning

    V-tex - Syngas & Biogas Cleaning

    Whether the requirement is for cleaning tars from biogases generated from a hot gasification process, or sulphurous compounds or VOCs from biofuels generated from an anerobic digestion process, V-tex can be the solution.

  • Thermal Systems

  • ERG - Thermal Oxidisers

    ERG - Thermal Oxidisers

    Thermal oxidation is a well-accepted method of treatment of exhaust gas containing volatile organic compounds. Thermal oxidation can also be very effective in treating liquid waste streams.

  • ERG - Thermal Oxidizer for Toxic Waste & VOC Destruction Systems

    ERG - Thermal Oxidizer for Toxic Waste & VOC Destruction Systems

    Thermal oxidation is an excellent method of destroying toxic and unwanted chemicals, and converting them into benign and harmless compounds. This is particularly applicable where the toxic materials are organic and is a more environmentally benign disposal method than landfill. The process can be combined with energy recovery techniques to minimise operating costs.

  • ERG - Solid Waste Incineration Systems

    ERG - Solid Waste Incineration Systems

    ERG offers a range of dual chamber solid waste incinerators for the efficient disposal of solid waste streams. Dual chamber incinerators operate by incinerating the solid materials in a primary chamber and then incinerating any remaining material and the gases for a second time in the secondary chamber. The unit is of the 'Controlled or Starved Air' type where a small percentage of the stoichiometric air requirement is introduced in the primary...

  • ERG - Precious Metal Recovery Systems

    ERG - Precious Metal Recovery Systems

    The ERG range of precious metal recovery incinerators are similar in concept to solid waste incinerators and are designed to burn various waste materials in a two stage process with minimum fuel usage. Precious metals remaining in the slag after incineration (typically gold, silver, platinum or palladium) are collected on removable ceramic dishes housed within the primary combustion chamber.

  • ERG - Energy Recovery from Waste Systems

    ERG - Energy Recovery from Waste Systems

    Recovering energy from waste is a great way to address the problem of how to dispose of waste which cannot be recycled of composted, whilst at the same time reducing operating costs. Despite recent oil price trends, energy continues to be a significant input for industry. It is almost a certainty that the cost of waste disposal will continue to rise significantly in future years, thereby increasing the economic viability of projects that burn waste...

  • ERG - Thermal Fluid Heaters Systems

    ERG - Thermal Fluid Heaters Systems

    Thermal fluid heaters use a liquid medium to transfer heat energy into a process through a closed loop system. Through use of thermal oils or glycols higher operating temperatures can be safely achieved than is practical with steam systems, making thermal heaters easier than common steam systems to operate and maintain.

  • ERG - Air Pollution Control and Industrial Gas Treatment Systems

    ERG - Air Pollution Control and Industrial Gas Treatment Systems

    ERG is a leader in the field of air pollution control through on our extensive knowledge and wealth of experience of the technology in this sector. Our tailor-made process designs are optimised to give the best air pollution solutions for the lowest capital and running cost, and our systems have been installed world-wide.

  • Air Pollution Control

  • ERG - Air Pollution Control and Industrial Gas Treatment Systems

    ERG - Air Pollution Control and Industrial Gas Treatment Systems

    ERG is a leader in the field of air pollution control through on our extensive knowledge and wealth of experience of the technology in this sector. Our tailor-made design solutions are optimised to give the best technical solution for the lowest capital and running cost, and our systems have been installed world-wide.

Products by Biogasclean A/S

  • BioGasClean - Biological H2S Removal Systems

    BioGasClean - Biological H2S Removal Systems

    The system with tanks built on-site is used at ethanol distilleries and paper mills. Each gas cleaner is designed to the project specific biogas flow and H2S load and comprise the following 3 main systems: The PTU - Process Technique Unit - is the machine room and contains circulation pumps, air blowers, PLC controller board, etc., installed in a in a customized FRP housing or modified shipping container.

  • Model ECO - Automated Gas Cleaning Systems

    Model ECO - Automated Gas Cleaning Systems

    Easy to ship worldwide; the gas cleaner can be shipped on a truck or in one 40 feet container. The PTU – the Process Technique Unit - is the machine room and contains PLC controller board, circulation pump, air blower, valves, flow meters and – if required – also gas detector system and heating system installed in a small custom built fiberglass container. The...

  • Model Basic - Automated Gas Cleaning Systems

    Model Basic - Automated Gas Cleaning Systems

    Most affordable; the costs are kept down as the tank is without grating and not designed for being filled with water and the control center is skid mounted. The PTU – the Process Technique Unit - is the control center with PLC controller board, circulation pump, air blower, valves, flow meters and - if required – also heating system installed on a skid. The...

  • Model OS - Automated Gas Cleaning Systems

    Model OS - Automated Gas Cleaning Systems

    For high H2S loads. This type is for large H2S loads at a.o. ethanol distilleries and paper mills. The diameter of the tank is so big that it is not possible to transport from a workshop; therefore the tank is manufactured on site. The PTU – the Process Technique Unit - is the machine room and contains PLC controller board, circulation pump, air blower, valves, flow meters, gas detector...

  • Model MUW - Anaerobic Digester System

    Model MUW - Anaerobic Digester System

    In many projects we use treated water from an anaerobic digester or an aeration pond as scrubber liquid and nutrient source. This is more easily available and cheaper than soft water and industrial fertilizer. In order to prevent clogging inside the scrubber tank the treated water is first pre-treated with sulfate from the biological process in MUW(Make-Up-Water) tanks. 

  • Model QSR - Scrubber Tank

    Model QSR - Scrubber Tank

    The popular choice. This type is for smaller and larger H2S loads. We manufacture fiberglass tanks in several countries to reduce transportation costs. The PTU – the Process Technique Unit - is the machine room and contains PLC controller board, circulation pump, air blower, valves, flow meters, gas detector system and – if required – also heating system installed in a custom built...

  • Chillers System

    Chillers System

    After H2S removal the gas is fully saturated with water; the relative humidity (RH) is 100%. If water droplets should reach the cylinder heads and combustion chambers the water will destroy the oil film. This will lead to increased wear of moving parts as well as substantial reduction of the lifetime of the engine oil. Therefore, it is necessary to dry the gas to avoid condensation in the pipe system and the engine’s gas train and intercooler.