CIP cleaning solution recycling

During industrial production, in order to alleviate the cleaning work intensity of mechanical device, most industry sectors adopt CIP cleaning system to clean up the mechanical devices in industrial production. However, a lot of cleaning agents are required during cleaning and the cleaning agents and contaminants in the mechanical devices are combined and directly discharged to the sewage treatment system. As most of CIP cleaning solutions are acid agent or alkali agent, it requires additional acid or alkali for neutralization during treatment of CIP cleaning sewage, which will lead to additional production cost; moreover, the high content of salt in produced wastewater will also have adverse impact on the biochemical treatment of wastewater.

CIP cleaning solution recycling technology
CIP is short for cleaning in place. During CIP, no removal or movement of device is required and the cleaning solution is adopted to clean up, purify and sterilize the equipment and device. The direct discharge of CIP cleaning solution without recycling will not only add the operating cost of enterprises but also lead to environmental pollution due to high content of COD and BOD.

Advantages of KEYSINO CIP cleaning solution recycling technology:
● Ceramic membrane is adopted, which has the superior properties such as chemical resistance, high temperature resistance and high separation accuracy
● Recycling is permitted after treatment and more than 40 times of repeated use can be achieved
● Reuse rate of CIP cleaning agent can achieve 98%
● The discharged concentrated solution can be collected and processed into additional products which can generate economic benefit
● The service life of equipment is long, the operating pressure is low and the energy consumption is small
● Operation is easy and system automation level is high which can save the cost

Application fields: food and beverage production enterprises with higher degree of mechanization such as beverage, diary product, fruit paste, jam and wine.

Process Flow Diagram: