With our natural resources becoming scarcer and dwindling due to exploitation and increasing demand for energy sources, why not turn to a more energy-friendly chemical processing technique, especially in some important industrial processes, such as product cooling and heating chemicals? With these energy-saving technologies, we can save money due to their profitability, but at the same time, we can help conserve our energy.
Over the years, industrial companies involved in processing continuous flow solids, such as sugar, minerals, and many other types of grains, crystals, and chemicals, have used the ineffective traditional method. Here is an overview of how the traditional method works. First, this process involves blowing massive amounts of hot air over the chemicals. During this process, the surrounding air was introduced and heated. When hot air comes into contact with the product and becomes humid, the air temperature drops suddenly, saturating the air. It will not be able to extract some of the moisture from the chemicals.
During this particular process, saturated air must be evacuated, and the result requires large amounts of air to be absorbed, heated, and deflated. Ambient air humidity is an important variable that significantly affects the treatment of chemicals using the conventional approach. This variable must be carefully considered to obtain the most accurate result. On the other hand, more humid air can be conditioned before use and cannot retain enough moisture.
With the great aim and determination to replace the ineffective traditional method in major industrial processes, industry scientists and engineers have designed innovative and technically advanced equipment in the processing of chemicals and other solids that not only lead to quality results, but Most importantly, they conserve a lot of energy compared to the method. Traditional.
The innovative heat exchanger chemical treatment technology is specially designed to meet the requirements of more efficient chemical processing technologies that provide a high-quality end product while consuming less energy in all your processes. Compared to other competitive chemical process technologies, the chemical heat exchanger chemical treatment technology uses up to 90% less energy due to a special process that is not totally dependent on air. So that users can save energy while eliminating emissions.
When introducing this innovation, many factors and variables were carefully considered and provided with a stable solution using today’s latest chemical process technology.
Furthermore, this chemical process technology maintains a high product quality level while heating and cooling the chemicals. It does not change the properties of the molecules throughout the process. The chemical goes through the heat exchanger’s chemical treatment technology at a slow and controlled rate to prevent corrosion and deterioration of the product. This process also allows precise prediction and control of the final temperature of the products.