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humidity temperature Applications

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    Iron and Steel

    SoniCool™ Evaporative Gas Cooling & Conditioning uses a finely atomized water spray to cool EAF, BOF off-gases from over 2,400°F (1,315°C) to as low as 240°F (115°C), protecting ductwork and downstream air pollution control equipment from high temperature and sparks, while providing rapid cooling for dioxin and furan control. By optimizing humidity levels, SoniCool™ helps electrostatic precipitators. The water spray completely evaporates while cooling gases. There is no free water and no troublesome deposits in ducts, towers or hoppers. Turbotak rugged nozzles are made to the exact requirement, and ideally suited to the harsh conditions in the steel manufacturing process while still producing ultra-fine sprays, with precise control of dropsize and spray coverage.

    By Babcock & Wilcox MEGTEC based in De Pere, WISCONSIN (USA).

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    Water Vapor Permeation Analyzers for Packaging Industry

    For packaging film barriers, the Systech Illinois range of water vapor permeation analyzers offer a wide measurement range with precision temperature, humidity and flow control. These analyzers utilise the Coulometric P2O5 sensor, which is more sensitive and stable than infra-red and does not require calibration. The P2O5 is the primary method for absolute moisture measurement.

    By Systech Instruments Ltd based in Thame, UNITED KINGDOM.

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    Oxygen Permeation Analyzers for Packaging Industry

    Systech Illinois` oxygen permeation analyzers offer reliable and versatile testing for all bottles, packages and films. These instruments provide extremely fast purge down time; accurate readings at the lowest levels and the highest quality sensors in the market. The changeover from wet to dry sample runs is the fastest on offer. Precise control gives a wide sample temperature range of 5° to 50°C and a measured and controlled relative humidity range of 20 to 90% RH.

    By Systech Instruments Ltd based in Thame, UNITED KINGDOM.

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    High quality gas sensor solutions for Controlled Atmosphere (CA) storage

    Precise regulation of O2, CO2 and N2 concentrations. A controlled atmosphere is an agricultural storage method in which the oxygen, carbon dioxide and nitrogen concentrations are regulated. The humidity and temperature are also controlled, resulting in a slow loss of quality during prolonged bulk storage of products such as apples, pears, grains, legumes, etc.

    By Edinburgh Instruments Ltd based in Livingston, UNITED KINGDOM.

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    Air cleaning system for the museums

    Indoor air quality has become as important as temperature and humidity when it comes to the preservation of valuable collections in modern metropolitan galleries, archives, libraries and museums.  From the San Francisco Museum of Modern Art to Philadelphia’s Barnes Foundation, designers have used air cleaning technology from Dynamic Air Quality Solutions to provide clean, contaminant-free air to some of the most valuable collections in the world.  Coast to coast and around the world, Dynamic has successfully removed airborne contaminants from indoor air as well as outdoor ventilation air at needs of museums, art galleries, visual and performing arts centers, aquariums, and maritime centers.

    By Dynamic Air Quality Solutions based in Princeton, NEW JERSEY (USA).

  • Odor Control

    AgriAir purifiers will rid the air of volatile organic substances that may be associated with indoor growing operations. Our line of air purifiers is designed to remove odors and sanitize the air by destroying contaminants at the source, not masking them. Available in a variety of models that are designed to suit any commercial operation. Large or small-scale grow, AgriAir has a purifier designed to meet your garden’s demands.Indoor cultivation always gives the grower the upper hand. In indoor growing, you have the full control of the environment for your plants. Light, water, nutrients, temperature and humidity can all be controlled. However, you also need to control the odor of plants growing indoors.

    By AgriAir Equipment based in Mukilteo, WASHINGTON (USA).

  • Prescribed Burning

    A general understanding of the separate and combined effects of several weather elements on fire behavior is needed to plan and execute a good prescribed burn. Because weather and fuel factors interact, an experienced prescribed burner can conduct a successful burn even with one or more factors slightly outside the desired range—as long as they are offset by other factors. Accurate fire weather monitoring of fire danger indices via the RAWS network, providing historical data leading up to a prescribed burn is critical in the planning stages. However, having accurate weather conditions in a micro-climate scale in real time during the execution of a prescribed burn is just as critical. The weather variables most applicable to prescription burns are air temperature, relative humidity, wind direction, wind speed and precipitation. A combination of wind speed, relative humidity, temperature, and solar insulation largely determines fuel condition which in turn affects fire behavior.

    By FTS based in Victoria, BRITISH COLUMBIA (CANADA).

  • Gas control equipment for Life Science

    QCAL introduces CO2Control for incubators and test chambers. These gas dosing units can be adapted to nearly every incubator or test chamber. The user can set a CO2 concentration up to 30% vol. CO2. The CO2Control measures the actual concentration and adds CO2 from a CO2 gas container. The NDIR CO2-sensor has an excellent long-term stability, which provides years of stable CO2 measurement. Also the other parts as the sample gas pump, valve and fittings are designed for maintenance-free use over years. Humidity effects are compensated upto 95% rh at 37°C, also temperature effects are automatically corrected upto 50°C. The other way to control gas atmospheres in any life science equipment is to use gas mixing units GMS_2CH ( 2 channels ) or GMS_3CH ( 3 channels ) for N2, O2 and CO2. They can match flowrates up to 80 liters per minute with a concentration range up to 100 Vol% O2 and/or CO2.

    By QCAL Messtechnik GmbH based in Oberostendorf, GERMANY.

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