test Chlorine Dioxide Powder

Many food factories face these three major challenges in their disinfection needs: organic matter disinfection, equipment corrosion and loss, and disinfectant residue. These problems not only increase product production costs, but also affect product market sales and bring many economic troubles to enterprises.

Although many food factories now use sodium hypochlorite (a traditional chlorine containing disinfectant) and chlorine dioxide as their main disinfectant products, there is still no clear understanding of how to quantify the effectiveness and usage of disinfectants. Although both belong to the category of disinfectants, how can we determine which disinfectant is more suitable for food processing and cleaning lines? Which type is more suitable for workshop environmental sanitation and disinfection? This is the problem that all food processing enterprises need to clearly quantify. Over time, this is not only a cost saving measure, but also the key to maintaining stable production efficiency.

1、 Biofilm removal ability: Chlorine dioxide has the advantage of penetration

Firstly, disinfection in food factories faces the challenge of removing biofilms. This biofilm cannot be directly solved by conventional disinfectants. Even if it can be broken down, it will "resurrect" and continue to generate new biofilms, resulting in many secondary pollution problems.

Sodium hypochlorite disinfection mainly relies on the oxidation force exerted by hypochlorite ions, but due to its large molecular volume, although it has a certain stripping effect on the outer layer of biofilms, it still cannot fundamentally eliminate pollutants such as biofilms.

Chlorine dioxide exists in the form of small molecules, which are free to move and can freely enter small gaps. It can directly penetrate larger substances such as biofilms, and then enter the interior of biofilms to kill internal bacteria, directly knocking down the heart and causing the biofilm to strip and degrade without nutritional support. This is the irreplaceable advantage of chlorine dioxide disinfectant.

2、 Equipment corrosiveness: Chlorine dioxide is milder

Food equipment is mostly made of stainless steel and is highly susceptible to disinfectant reactions. Of course, the corrosive force of disinfectants also varies in magnitude.

Especially sodium hypochlorite with strong alkalinity and high pH value (usually above 11) can directly corrode the passivation layer of stainless steel. Over time, it can even form pitting corrosion and crevice cracks, especially at equipment joints and welds, which are more dangerous. Over time, it may corrode the joints and cause equipment damage.

Chlorine dioxide is weakly acidic or close to neutral in actual disinfection, which means it has no direct corrosive effect on metals similar to stainless steel. Chlorine dioxide has a mild personality and does not directly stimulate stainless steel materials. It is crucial for medium and large production equipment equipped with millions or even tens of millions of units, ensuring equipment safety and production efficiency.

3、 The impact on product flavor: chlorine dioxide has no residual risk

Disinfectant residue is a highly concerning issue in the final stage of all disinfection processes, directly affecting the flavor properties of product batches in the entire workshop.

Hygiene sensitive foods such as fruit juice, dairy products, and meat products are prone to flavor and odor changes when using sodium hypochlorite, and can also produce by-products such as trichloromethane during the production process, resulting in decreased production quality and increased production costs.

Chlorine dioxide does not produce by-products such as chloroform, and only produces reduced chlorite and chloride ions, without any odor problems. This effectively restores the original fresh aroma of the product/ingredient, ensuring the original quality of the product.

4、 Comprehensive cost-effectiveness score

Although sodium hypochlorite is generally priced lower than chlorine dioxide, the actual production process requires long-term stability, ensuring both stable production efficiency and controllable costs. Overall, the specific differences between the two are analyzed as follows:

The implicit cost of sodium hypochlorite:

Frequent shutdown and cleaning costs caused by repeated growth of biofilm

Maintenance and replacement costs caused by equipment corrosion

Complaints and return risks caused by abnormal product flavor

The cost of wastewater treatment caused by high concentration use

The comprehensive value of chlorine dioxide:

Efficient removal of biofilm, extended production cycle, and reduced cleaning frequency

Low corrosiveness of equipment, extending its service life

No flavor interference, reducing product quality risks

Low effective concentration, higher sterilization efficiency per unit of active ingredient

From the perspective of full lifecycle cost, the comprehensive cost-effectiveness of chlorine dioxide is significantly better than that of sodium hypochlorite.

Disinfectant is a key element in maintaining the production of a food factory. If considering the long-term comprehensive efficiency of the enterprise, chlorine dioxide can indeed eliminate the burden of biofilm, ensure the service life of equipment, and solve problems such as stable product flavor. It is obvious that chlorine dioxide disinfectant has a slight advantage. Based on the current market changes, chlorine dioxide is indeed expanding its application scope and its acceptance is increasing year by year. This is not only a technological advantage, but also a unanimous recognition of its cost-effectiveness advantage in the market.