The pharmaceutical industry, modernization of hospitals, and food processing industries are growing rapidly in Central Asia. With the growth of these sectors, there has been a significant growth in the demand for the use of clean rooms with the prope...
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When a majority of engineers renovate an existing cleanroom for an FFU, the airflow pattern and the changes to the ceiling grid and filters is a priority, but the design aspect of the cleanroom window doesn't come to mind until the very end. Wall ope...
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Many hospitals in Central Asia are undergoing renovations in order to comply with today's infection control standards. Operating Rooms, Intensive Care Units, isolation rooms, and sterile processing areas all demand contained environments with minimal...
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Caution should be used in designing a cleanroom to ensure that the correct type of door is used in each room. The type of door is a very important factor to consider when evaluating the airflow patterns, integrity of the pressure, particle generation...
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Contamination is a constant risk to patients and cleanrooms such as operating theatres, ICU units and pharmacies, and while it can never be tolerated, the cost of clean room doors remains a significant constraint. The critical question then is, how t...
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The choice of clean room window glass for FFU systems is sometimes an afterthought but has a great deal of impact on contamination control, safety, and operational use. It is the goal of a HEPA or ULPA filter to produce a very low particulate count a...
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When working with Fan Filter Units (FFUs) ceiling panels must be compatible during the cleanroom design phase to ensure the necessary controlled atmosphere for sensitive manufacturing processes. One of the most important considerations is the thickne...
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In hospital cleanrooms, infection control is a critical need. Aside from Fan Filter Units (FFUs) which are engineered to deliver high efficiency air filtration, the surrounding wall surfaces play a vital role in keeping the area clean and preventing ...
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The material which a cleanroom door is constructed of will affect contamination control, strength, and fan filter unit system compatibilities. Cleanroom doors need to be able to withstand chemical disinfectants, shed no particles, operate frequently ...
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When contamination control is paramount in an FFU environment, the performance of each component must be flawless. Doors are one of the most-used surfaces in any cleanroom and also one of the biggest potential sources of particle generation and air l...
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The combination of wall panels and Fan Filter Units (FFUs) is one of the key factors in the effectiveness of the controlled environment in cleanroom design. Wall panel designs in laminar flow cleanrooms requires a careful coordination with the FFU sy...
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Automatically operated cleanroom doors will save significant FFU efficiency by control of contamination and pressures. Each man operating door opening will be associated with varying times to close the door. By switching to automation, the system wil...
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