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Xprt Product Applications Available In Oman
15,589 applications found
Jet mills are used to grind and crush products in the pharmaceutical and food industries, for example. In this context, pressure is used to press a gas into the mill at high speed. This is done to generate a gas flow. The materials circulating in the mill collide with the mill wall and with each other and disintegrate into ultrafine particles. Contact with oxygen can result in a dangerous, flammable mixture in the mill. The use of nitrogen as a grinding and inert gas makes it possible to prevent explosions, ...
ByInmatec GaseTechnologie GmbH & Co. KG based in  Herrsching, GERMANY
To assess exposure at an industrial workplace UFP measurements were carried out. As part of a four-step approach starting with a paper risk-study in the second step NanoTracers were used to assess exposure from manufacturing processes vs. the local background levels. Using the mobile device specific spots in the manufacturing site could be identified that could be improved to reduce the exposure levels. As a next (third) step specific positions were identified to execute multi-day sampling of materials, to further ...
ByOxility BV based in  Breda, NETHERLANDS
Exposure to UFP due to air traffic has a growing attention. In the Netherlands several studies have been carried out on the largest airport, Schiphol. For mobile measurements NanoTracers were used in combination with more stationary equipment (eg SMPS). For the full report (in Dutch) see: ...
ByOxility BV based in  Breda, NETHERLANDS
UFP exposure in urban areas may be dependent on the selected mode of operation. In this study (carried out by Institute of Environmental Assessment and Water Research Barcelona Spain and DICeM�University of Cassino and Southern Lazio, Cassino Italy) 78 trips with walking, bus, tram and subway have been assessed. The particle concentration proved to be lowest in subway travel, and highest while travelling in diesel bus. City centre traffic crossings show particle transient peaks above ...
ByOxility BV based in  Breda, NETHERLANDS
Various industrial processes create exposure to Ultra fine particles. In case of engineered nanomaterials this is explicit. However, some processes create high exposure rates without EMN being involved. In this study, carried out by ArboNet (Dutch EHS organisation) in cooperation with software partner PIMEX the production of LCD screens with coatings based on nano-size particles was investigated. NanoTracers were used for personal mobile measurement as well as background sensing. Reference sensor was a SMPS. It ...
ByOxility BV based in  Breda, NETHERLANDS
Traditionally exposure assessment studies in developing countries have been bases on fixed-site monitoring. This study followed school children in three sites and quatified daily personal exposure to UFP with real time monitoring NanoTracer devices. Diaries were kept to correlate exposure levels to activity and the relevant micro-environment. The highest UFP exposures resulted from cooking and eating (64% of daily exposure, due to cooking on traditional wood-fired mud cookstoves). The lowest UFP exposures were ...
ByOxility BV based in  Breda, NETHERLANDS
In healthcare, Indoor Air Quality (IAQ) is mission critical. Medical equipment and facilities require increasingly higher levels of air quality. Further, patients, staff, and doctors all expect the air they breathe to be free of pathogens and contaminants. This has led to the use of more robust filtration systems that are able to address particle, biological, and gas phase contaminants. However, since over 90% of the cost of cleaning the air is the cost of the energy to move it through the system, providing ...
ByDynamic Air Quality Solutions based in  Princeton, NEW JERSEY (USA)
Our system, originally designed for hospitals and cleanrooms, secures ultra pure indoor air in dental practices, laboratories and waiting rooms. Safeguarding staff and patients from small particles as small as 0.003 μm is an essential part of dental ...
ByGenano Industrial Air Purification Solutions - Genano Ltd. based in  Espoo, FINLAND
Healthy Oil – No Problem: Generation 2™ elements remove water at 99.97% from oil, dramatically decreasing the formation of acids, diminishing the accelerated depletion of additives, keeping the Total Base Number (TBN) at a high level. By removing ultra-fine particles down to 1 micron, there is significantly less of a burden placed on the additives with less dirt to suspend, dramatically reducing mechanical wear while safely extending the oil change ...
ByL.B.S. Lubrication Units Inc. based in  Ottawa, ONTARIO (CANADA)