Gas cleaning systems - Import export

CSN® Insulator Heaters are used in flue gas cleaning systems for preheating the insulators and as protection of the equipment against condensation and freezing during shutdown periods

Refrigerant gas R141b solvent, used in cleaning systems and as a refrigerant under the names R-141b or HCFC-141b. 1,1-Dichloro-l-fluoroethane is a haloalkane with the formula C2H3CI2F. It is one of the three isomers of dichlcrofluoroethane. it's a replacement for R11.

Freon Refrigerant Gas HCFC-141B DAC 13.61kg is a gas suitable for cleaning refrigeration systems, removing the majority of contaminants inside the equipment. It can be used as a suostitute for CFC-11 in electronic contacts and metal-mechanical cleaning. This fluid is considered a good solvent to eliminate and dissolve the oil generated By a compressor Burnout. It contains a high-density system to provide a sweep of coal and oil particles and also a low surface tension, allowing penetration through cracks and crusts until the coal generated oy the compressor is completely burned.

INSTAL-FILTER SA offers modern technologies which reduce the emission to atmosphere of all gaseous compounds listed in the BAT conclusions and IED Directive. Depending of used reactors, we propose you desulphurisation with a use of mechanical reactor or desulphurisation with fluid bed reactor. In each of them the sorbent used may be lime or soda. INSTAL FILTER SA is a leader in designing flue gas cleaning systems and forerunner in introducing new technologies, reducing the emission of harmful substances to atmosphere. We offer customized solutions for each customer, providing optimum selection of desulphurisation technology adjusted for the needs of your enterprise.

Under defined conditions, the catalytic thermal oxidizer (CTO) is an economical alternative for cleaning organic air pollutants (including VOCs). The system has proven to be particularly efficient when handling identifiable and consistent pollutant loads. In general, exhaust gases containing silicon and phosphorous cannot be treated. Under defined conditions, the Catalytic Thermal Oxidizer (CTO) is an economical alternative for cleaning organic air pollutants. The procedure is based upon the fact that under suitable conditions, even low amounts of volatile pollutants can be burnt without producing residue. This process would have required a high amount of heat energy. Therefore a catalyser and a heat exchanger are installed. The tubular heat exchanger installed behind the catalyser uses as much energy from the hot clean gases as possible in order to heat up the cold raw gases. The job of the catalyser is to decrease the amount of energy required to convert the pollutants without being depleted during the reaction. The raw gas loaded with pollutants is then forced into the heat exchangers of the CTO by the process fan. Here the raw gas is pre-heated by the hot clean gas. When required the burner heats up the exhaust gas further in the combustion chamber to the ignition temperature of the catalyser. In the catalyser the pollutants are converted into non-polluting CO2 and H20 vapour. After the catalyser, the clean gas is forced into the heat exchanger tubes. Along the way through the heat exchanger tubes the raw gases is heated and cooled. Eventually the clean gas leaves the system via the clean gas socket.

Exhaled Breath = 78.04% Nitrogen + 13.6%-16% Oxygen = CO2 Car Exhaust = Carbon Dioxide + Carbon Monoxide + Sulphur Dioxide + Nitrogen Oxides + Hydrocarbons How do we know this? Gas detection in Continuous Emission Systems (CEMS), combustion analysers and environmental monitoring are key to ensuring that the world we live in is monitored for its pollution and environments we work in are safe to do so as gases can be detrimental to life. Knight Optical provide a number of optical components that are used in Gas Detection Systems. We can also provide interference bandpass filters that work within the IR, front surface mirrors, gas cells and singlet lenses and window made from Germanium (Ge), Calcium Fluoride (CaF2), Silicon (Si), Quartz/ Fused Silica, Magnesium Fluoride (MgF2) and Sapphire (Al2O3). Read PDF for more information ….

The WIWOX® VERSA GENIUS+ ultrasonic cleaning system enables individual, demand-oriented mould and parts cleaning. The modular design allows adaptation to almost all process requirements. Later expansion or automation is possible at any time. WIWOX® VERSA GENIUS+ ultrasonic cleaning systems consist of washing, jet, rinsing and drying modules as well as the corresponding accessories. The spectrum ranges from individually operated cleaning basins to fully automated, multi-stage cleaning lines. WIWOX® VERSA GENIUS+ sets new standards in modern plant design. Well thought-out details in the area of guiding the cleaning medium, agitation and process control ensure a flexible and energy-efficient process sequence that meets the requirements. You can convince yourself of the economic efficiency of the system by extensive cleaning tests in our test laboratory. The bath care accessories also play an important role in the cleaning result, the uniform process flow and the operating costs.

WIWOX® CORUS HD ultrasonic systems have been specially designed for cleaning high-quality moulds and precision tools. In maintenance these replace the labour-intensive and often ineffective manual cleaning. The ultrasonic cleaning process can be used for all metal moulds, in particular tools for injection moulding, extrusion, rubber processing as well as aluminium and gravity die casting. A typical structure consists of three stages: 1. cleaning, 2. rinsing and 3. passivating. The usable dimensions are matched to common mould sizes. The workpieces to be washed are placed in the tank either with the aid of a washing basket or with a lifting beam. Our ErgoStation is recommended for manual rinsing, drying and post-treatment. The working area is completely enclosed, brightly illuminated and ventilated. Operation is safe and simple, as the moulded parts are loaded laterally through a sliding door and held by a lifting device during treatment.

The WIWOX® USm Ultrasonic cleaning tanks enable individual, demand-oriented surface treatment in a single or multi-stage process. The modular design allows adaptation to almost all requirements and subsequent expansion or automation is possible at any time. Aqueous cleaning at temperatures between 60° and 80° C ensures absolute degreasing and particle removal. Organic or inorganic residues such as polishing paste, paint, plastic, release agents, oil carbon or lime can be easily removed by using the right cleaner. The workpieces are cleaned within a few minutes. The cleaning result is always perfect and reproducible. The subsequent rinsing process is followed by stain-free post-cleaning or preservation. The WIWOX® ultrasonic cleaning process can be used for all steel moulds as well as brass and copper parts. Especially tools for injection moulding, extrusion, rubber processing, aluminium die casting and gravity die casting.

Extensive practical experience and close cooperation with customers and planners show us that less and less space is available for cleaning. In response to this fact we have designed the WD 390 PH with space-saving, shorter cleaning and drying cabins and shorter machine infeed and discharge distances. The WD 390 PH with its cleaning and drying cabins enables short washing cycles and at the same time a higher throughput of washed goods. The Modular Concept The WD 390 PH is equipped with five compact cabins that perform various functions such as cleaning, rinsing and drying in short wash cycles, enabling efficient cleaning and high throughput. In addition, the WD 390 PH offers access for maintenance and service from only one long side, as all units are arranged for easy servicing.