The traditional way of washing bottles mainly involves soaking them in caustic soda and rinsing them with hot water. After nearly a decade of application, this bottle-washing process has revealed more and more shortcomings: 1. Due to the difficulty in removing the residual sodium hydroxide, there are marks left on the surface of the old bottle. 2. During filling, residual sodium hydroxide can easily cause changes in pH value, thereby affecting the taste of the beer. 3. The discharge of waste liquid causes relatively serious environmental pollution. At present, many enterprises have also adopted fully automatic bottle washing machines. The process includes soaking, pre-spraying, alkali soaking, hot water, warm water, clean water spraying, and empty titration, etc. However, it still hasn't been solved The cost of washing bottles with electric potential is only 28.39% of that of washing bottles with caustic soda originally. Each shift can save 1,453 yuan in direct costs by using potentiometric water washing bottles. 3. The potentiometric water-cooled disinfection method does not require steam thermal energy or caustic soda, which can reduce carbon dioxide emissions by 1,523 tons annually. After the transaction, it is equivalent to more than 90,000 RMB (generally, the working days of a brewery are calculated as 300 days per year, totaling 390 shifts). The carbon emissions of bottle washing using the electrolyzed water method are only 4.1% of those of the original bottle washing using the caustic soda method. 5. By adding up the above-mentioned direct and indirect benefits, a total cost of 1,680 yuan can be saved per shift, and 650,000 yuan can be saved in a year. 6. As the potential water can achieve zero discharge, it can also save a large amount of pollution control costs. In conclusion, using electrolyzed oxidizing water to clean and disinfect the production pipelines and beer bottles of beer manufacturing enterprises can achieve an ideal cleaning effect. A factory with an annual production capacity of 156,000 kiloliters can save approximately 700,000 yuan in operating costs and reduce carbon dioxide emissions by about 2,300 tons each year, with an emission reduction rate of approximately 5.88%. Therefore, whether from the perspective of the economic benefits of enterprises, social benefits, or even energy conservation