Product Profile of Clean-In-Place Module With Tanks

Clean-In-Place Module with Tanks is mainly designed for efficiently cleaning process equipments and piping. The Clean-In-Place Module is incorporated with tanks, pumps, valves, spray cleaning devices and heat exchangers. The Clean-In-Place Module functions using clean-in-place process which involves a sequence of cycles that include an initial and final drain step, a pre-rinse and post-rinse step and the CIP process can include a sanitise cycle to reduce the levels of bacterial contaminants. Clean-In-Place Module with Tanks is available in single pass and reciruclating configurations and these recirculating versions are used in food and dairy industries for recycling of water and possible regeneration of cleaning chemicals.

Industrial Equip Wash Inc. Is the manufacturer of Clean-In-Place Module with Tanks. Industrial Equip Wash Inc. Is the supplier of sanitary stainless steel piping, cleaning and sanitising equipment, customised aseptic process equipment and clean room accessories for pharmaceutical, bio- pharmaceutical, food and beverage, cosmetics, breweries, dairy and allied industries.

Key Features of Clean-In-Place Module With Tanks

• Designed for efficiently cleaning of process equipments and piping
• Incorporated with tanks, pumps and valves
• Fitted with spray cleaning devices and heat exchangers
• Available in single pass and reciruclating configurations
• Recirculating versions are used in food and dairy industries for recycling of water and possible regeneration of cleaning chemicals
• These multi-tank systems are operated as if they are single-use systems, the tanks being drained between subsequent programs to minimise cross contamination
• Functions using clean-in-place process which involves a sequence of cycles that include an initial and final drain step, a pre-rinse and post-rinse step and the CIP process can include a sanitise cycle to reduce the levels of bacterial contaminants.
• The controls incorporated in these CIP systems provide a variety of cycle times, fluid flows and velocities