Gas purification - Import export

TOGUARD Chemical Absorbent and Neutralizing Agent offers the best spill protection. Simplify your spillage response, reduce spill treatment and clean-up time and minimize risk of bodily harm, property damage and pollution. <Benefits> - Super absorbent, even in small quantities - Neutralizes up to 66% of the toxic gases generated from chemical spills - Extremely versatile with a wide range of applications, and available in three types (comprehensive neutralizer, acid & base neutralizer, fuel & VOC neutralizer) - Greatly reduced heat released during neutralization compared to major competitors - Changes color depending on chemical absorbed. - Solidifies into a gel for easy, safe clean-up - Manufactured from human-safe ingredients used in food products and cosmetics

What you can expect with an APROVIS ActiCo: - Careful gas purification - Reduction of emissions - Damage prevention - Higher operational reliability - An improved combustion process - An extended activated carbon service life

IFA Technology designs and implements the right exhaust air purification system for every pollutant. Exhaust air scrubbers are used for exhaust air purification of exhaust air streams from industrial processes loaded with harmful gas. These exhaust air purification systems work according to the principle of absorption and separate pollutants present in the exhaust air in the liquid phase. Depending on the substance, pollutants are either physically dissolved or chemically bound by the addition of lye and/or acid. We consider your individual requirements and build customised exhaust air purification systems for you. With the companies Wessel-Umwelttechnik and Airprotech we have competent partners within the Deurotech Group at our side to develop special and complex systems for exhaust air purification.

CTP's wetabsorber: After the oxidation of for example halogenated hydrocarbons, the corresponding hydrogen halides and elemental halogens emerge. Inorganic pollutants are efficiently removed from the waste gas by wet gas purification. The combination of exhaust gas cooling (quench) and waste gas purification (scrubber) is ideal for use after a convential APC system. Maximum cleaning efficiency High safety standard High availability Low maintenance costs

CSB series drum driers manufactured by our company with a capacity of 2 to 15 t/h are intended for drying chipped biomass, including sawdust, microchips, straw, etc. All models of CSB series drum dryers are adapted to work with heat generators for both wet (humidity up to 55%) and dry biomass (humidity up to 20%). Our dryers are designed with a view to maximally increase the level of safety during their operation which is guaranteed by the significant reduction in the temperature of the drying agent, the application of a flap automatically cutting off the flow of the drying agent to the drum of the dryer and the implementation of a modern fire protection system and an exhaust gas purification system in all dryer models.CSB series drum dryers feature a solid construction and aesthetic design. They work stably and efficiently.

For its exhaust gas purification systems, Venjakob Umwelttechnik offers heat exchanger systems for utilizing the waste heat. These are characterized by: We build complete heat exchanger systems for heating water, steam, air, and gas or heat transfer fluid. The residual or excess energy contained in the clean gases of the Venjakob exhaust air cleaning systems often has sufficient potential to effectively support the actual production process, the building heater or other energy consumers. Whether as an individual system for heat transfer fluid, warm and hot water, hot air, and vapor, or combined as a downstream system solution for an exhaust air purification system - the planning, construction and production of the plant are done on an individual basis.

Gas pressure regulators of the RDU type are designed to reduce and automatically maintain gas pressure “after itself” using the set value. Gas pressure regulators of the RDU type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RDU regulators: The simplicity of the device, Tightness at complete closure of the valve, Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Gas pressure regulators RD-M are designed to reduce and automatically maintain the gas pressure “after itself” at the set value. Gas pressure regulators of the RD-M type are used at the facilities for main gas pipelines: Gas distribution stations, Gas purification and dehydration installations, Compressor stations, Gas fields. Distinctive features of the RD-M regulator: Hydrate formation in the “seat-valve” contact zone does not affect the regulator operation. Tightness at full closing of the valve. Smooth regulation characteristics due to the use of an oil compensator. High accuracy of maintaining the set pressure. High maintainability (possibility to repair wearing parts without removing the regulator body from the reduction line). Possibility to automate the reduction process. Upper setting limit, MPa/(bar)-1.2/(12) or 4.0/(40) depending on the setting device. Lower setting limit, MPa/(bar)-0.15/(1.5) or 1.2/(12) depending on the setting device. More information on our website.

Gas pressure regulators of the RDU-T type with a heat generator are designed for automatic regulation of gas pressure “after itself” of the set value at the facilities of high pressure gas pipelines. They are used at: Gas distribution stations. Gas purification and dehydration installations. Gas fields. Compressor stations, etc. The regulators are designed for operation at ambient temperatures from +50 C to -40 C and relative humidity up to 95% at a temperature of +35 C. Distinctive features of RDU-T regulators: The RDU-T regulators differ from the RDU regulators of the same class by the heating of the shut-off and regulating device in the zone of gas throttling using specially mounted heat generators which operate without an external energy source by taking a part of the kinetic and potential energy of the compressed main gas. The heating temperature is sufficient to prevent hydrate formation processes. More information on our website.

AGRSM-1500 “Donbass” are automatic and automated gas distribution stations of small capacity, up to 2000 nm3/hour. The equipment can be ordered for installation at the operating gas distribution stations and gas supply to small settlements. Gas distribution stations are easy to maintain and operate. AGRSM-1500 provides the following main functions: Purification of gas from liquid droplets and mechanical impurities. Reduction of high gas pressure (Pin=1.2 MPa … 7.5 MPa) to the set average pressure (Pout= 0.3 MPa … 1.2 MPa) and its maintenance with a certain accuracy at changing of input pressure or gas flow rate. Manual or automatic gas odorization in proportion to the gas flow rate. Gas consumption measurement with multi-day recording. Manual control of the AGRSM technological equipment operation modes. Sending of alarm signals to the operator or dispatcher when the operation modes are violated. Automatic control of the switching unit. More information on our website.

The adsorption system (AD) from Venjakob Umwelttechnik serves to concentrate exhaust air flows containing low concentrations of pollutants, and is particularly suitable for removing extremely low to medium concentrations of solvent-based pollutants (VOCs). This machine is characterized by: During the adsorption process, the pollutants are physically retained on the surface of a solid material (e.g. activated carbon, zeolite). The pollutants are then removed /desorbed from the zeolite by means of a small, hot stream of air. Afterwards, the flow of exhaust air from the desorption process is cleaned by means of an exhaust air cleaning system (TI, RTO, CTO). By reducing the volume and by increasing the concentration, the operating costs of the downstream exhaust gas purification system can be kept very low and make autothermal operation possible among other things The rotor is mounted vertically on a shaft with bearing and rotated slowly in the air flow. During rotation, the adsorption and desorption take place simultaneously in separate chambers with cooling on a hydrophobic (water-repellent) incombustible zeolite material. For tough applications, versions can be provided with a removable wear layer and / or higher temperatures of up to 300 ° C for desorption. Two containers are operated alternately. While one of the containers is adsorbing, the other container can be desorbed The adsorption process can be used for smoothing pollutant concentration peaks. If pollutant peaks occur during a process that could lead to a potentially explosive mixture (> 25% lower explosion limit), they cannot be introduced into an incinerator. However, the pollutants may be temporarily stored in an adsorber and then be released during the desorption phase. In certain situations, the installation of an additional fixed bed adsorber (molecular sieve) may further enhance the process (safety, operating costs).

for more Information pleasee see our web page https://www.sygastec-gmbh.com/cms.html