At Gunatit Engineers, we are dedicated to pioneering innovative solutions for the hot-dip galvanizing industry tackling air pollution challenges with cutting-edge technology. One of the major issues in this industry is the hazardous fumes generated during the steel surface cleaning process.
These acidic vapours, if left unchecked, can spread to the floor and contaminate the environment, posing a serious risk to both the workplace and the workers’ health. Our advanced systems effectively capture and absorb hazardous fumes generated during the steel cleaning process in pickling tanks, ensuring a cleaner, safer work environment.
When materials are dipped for surface cleaning, acidic fumes are released. Our systems, including Lip-Type Ducting and Fully Enclosed Pre-Treatment Plants, are specifically designed to capture these fumes at the source, helping to protect your facility, employees, and the environment.
Each facility has unique requirements based on budget and operational needs. That’s why we offer two highly effective systems designed to prevent the spread of acidic fumes and maintain a clean environment.
The Lip-Type Ducting system is integrated directly into the P.P. pickling tanks and positioned laterally over the process tank sides. This system is specifically designed to maximize the acidic fume capture at the source.
This system is ideal for facilities looking for a space-saving, and cost-effective solution.
This system is ideal for facilities looking for a space-saving, and cost-effective solution.
For comprehensive air pollution control, the Fully Enclosed Chemical Process Treatment Plant offers the ultimate solution. The entire pre-treatment area is enclosed with high-quality acid-proof materials such as PVC, PP, and PE, preventing acidic fumes from escaping into the environment.
This system is ideal for facilities maximum protection from acidic fumes, offering a long-term and sustainable solution.
This system is ideal for facilities maximum protection from acidic fumes, offering a long-term and sustainable solution.