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|Country of Origin||Made in India|
Mist Showers deliver a fine atomised fog to temporarily bind any loose powders to the user’s garment and prevent them from becoming airborne or migrating outside the containment area during de-gowning. These contamination control systems also provide essential protection to the operator’s respiratory system, protecting them from inhalation hazards during de-gowning.
Modular in design, these systems can be integrated with exit airlock systems or emergency exit in a processing facility where highly potent molecules are manufactured/used as raw materials. When the operator removes their protective clothing (PPE) they also take off the primary personal protection (respirator) at the same time.
Mist showers reduce possible re-suspension of hazardous particulates in the operator’s breathing zone and contamination into the de-gowning area. It works by gently wetting the surface of the operator’s protective gown with a fine water mist, causing the powder to stick to the surface instead of becoming airborne.
It is generally of double walled construction with internal coved work chamber and material of construction is either SS 304 or SS 316 L. It can have airtight single or multi doors exits, with doors are available in SS double wall or tempered glass.
This is a customised solution and dimensions are detailed to accommodate plant layouts. The location of misting nozzles, type and cycle time are all carefully optimized to ensure uniform mist coverage and that no region is under or over-saturated with water. The washed water however minute in quantity is disposed of per prefixed SOP to the effluent treatment plant or post-neutralisation in case of potent materials. Internal classification within the system is finalised during the design stage and an appropriate filtration system is provided with safe change filters if required.
Additional features which can be part of execution include
The entire operation is fully automated and sequentially controlled through a PLC with CFR compliance as required. It is available in FLP and NFLP execution.
The effectiveness of the system is also dependent on mist cycle duration, operator technique during mist cycle, material and design of protective clothing as well as the physical and chemical properties of particulate and all these should be taken into consideration when evaluating effectiveness if the system. For the equipment to be effective the operator must follow correct misting procedures and the facility’s de-gowning procedure.
We, at Fabtech, have designed, built and validated mist showers for Sun Pharma, Biocon, Lupin, Torrent, Emcure and various international clientele.
All mist showers manufactured by us are subjected to
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