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Thermal Imaging Product Applications In Norway
32 applications found
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Industrial fire detection/prevention processes. Thermal imaging plays a critical role in fire prevention for both pile storage (the outdoor or indoor storage of bulk materials such as coal, wood chips, or other combustible materials) and battery storage environments by providing early detection of potential fire ...
ByLAND® based in Dronfield, UNITED KINGDOM
The refining process releases a number of different chemicals into the atmosphere mostly Hydrocarbons which cause severe health and safety hazards. Opgal's EyeCGas Thermal Imager can detect the leaking gases from a distance and help reducing the ...
ByOPGAL based in Karmiel, ISRAEL
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Non-woven materials production (e.g., textiles, fabrics). Non-woven fabrics are laminated by chemical, mechanical, solvent or hot glues. These often require precise temperature measurements to ensure an efficient process and high-quality ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Carbon dioxide (CO2) can be captured either as emissions resulting from the combustion of hydrocarbons, or from the process itself where CO2 is produced, such as cement manufacture. In many cases, this can be carried out by adapting existing technology, for example amine sequestration, while a range of new processes and technologies are also under development. ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Precision coating processes (thermal monitoring needs in coating operations). Specialist coatings are applied to surfaces to add key properties such as heat resistance. Precise thermal monitoring ensures the surface temperature is high enough for the coating to bond ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Processes for refining copper metal. Copper is one of the most commonly used metals in the world. It is particularly important in electrical wiring, which requires a high degree of purity of the ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Gasification of slurry/liquid feedstock to syngas. Light hydrocarbons in the slurry phase can be converted to syngas by gasification, reacting the feedstock with oxygen to produce hydrogen and carbon monoxide. Accurate thermal data assists process ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Processes for refining platinum metal. Platinum is the best known and most widely used of the platinum group of elements on the periodic table. Platinum is silver-white in colour, corrosion resistant, and has a high melting point. ...
ByLAND® based in Dronfield, UNITED KINGDOM
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HPI materials storage & transport processes. The storage and transport of hydrocarbon processing materials requires temperature monitoring to maintain a safe environment. This is particularly important when materials are being moved and may encounter changing ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Gasification of petroleum coke to syngas. Petroleum coke (pet coke) is a high-carbon, low-ash fuel. It can be gasified to produce syngas, a mixture of hydrogen and carbon monoxide. This process requires accurate temperature ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Storage processes in HPI (e.g., tanks, stockpiles monitoring). Storing materials for the hydrocarbon processing industry presents several challenges. Temperature monitoring is important, both for safety purposes and to prevent loss or degradation of the stored ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Nitric acid production processes. The start-up stage of nitric acid production requires careful temperature monitoring for safety and process control. This involves measurements within the ammonia burner to detect ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Processes for refining nickel metal. Nickel is recognised for its exceptional strength, corrosion resistance, and high melting point, making it a valuable metal in various industrial applications. ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Hydrogen production processes (e.g., steam methane reforming). Hydrogen is produced from the steam reforming process by heating hydrocarbons to generate hydrogen gas and carbon monoxide. Efficiency and plant condition depends on accurate temperature ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Flat glass (float glass) manufacturing. Flat glass is manufactured by allowing it to solidify on a layer of higher-density liquid, usually molten tin. This process is used to create clear, tinted and coated ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Producing syngas from biomass is a key step in the production of biofuels. Gasification is used to convert the biomass to hydrogen and carbon monoxide, but efficient conversion requires accurate thermal ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Glass tableware (dishes, glasses) manufacturing. Glass tableware requires consistent product quality for regular use, and may need a high standard of manufacture for decorative purposes. This quality is dependent on temperature control at critical ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Cement manufacturing (kiln processes) production. Cement is manufactured through a closely-controlled chemical combination of calcium, silicon, aluminium, iron and other ingredients. Temperature monitoring at key stages is essential to providing this close ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Container glass (bottles, jars) production. Container glass is used for bottles, jars and other vessels and has a higher content of water-insoluble oxides, providing chemical durability against water. This is an important property when storing beverages and ...
ByLAND® based in Dronfield, UNITED KINGDOM
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Specialty glass production (unique compositions or uses). Speciality glass is a wide-ranging term encompassing glass with non-standard constituent materials, or glass that undergoes special treatment to make it suitable for a particular application. ...
ByLAND® based in Dronfield, UNITED KINGDOM