Optimizing CHP Ceramic Processes with OP16 Gas Turbines

In the ceramic business industry, where precision and efficiency is required, finding reliable heat and other energy sources is crucial for optimal production. If your ceramic plant requires a robust solution to meet its demanding requirements, the 1.8MW OP16 Gas Turbine is a turn-key solution.

The OP16 Gas Turbine is designed to meet the needs of ceramics production, offering a seamless integration of heat and power supply for critical processes such as firing and air drying. With a 1.8MW capacity, the OP16 gas turbine ensures that your plant operates at peak performance, enhancing productivity and minimizing downtime.

One of the features of the OP16 is its exhaust gas temperature and flow characteristics. The OP16 delivers a substantial amount of exhaust gas, creating an ideal environment for ceramic production. The exhaust gas temperature is optimized to meet the stringent demands of the industry, ensuring precise control over the firing and air-drying processes.

A key advantage of the OP16 is its oxygen-rich exhaust gas, with approximately 15% oxygen content. This attribute eliminates the need for additional external combustion air during ceramic processes such as air drying, glazing, and firing. The OP16 turbine's oxygen-enriched exhaust gas stream provides an environment conducive to supplementary firing, enabling precise temperature control without compromising on energy efficiency.

The ability to conduct supplementary firing without relying on external combustion air not only simplifies the operational logistics of the ceramic plant but also contributes to cost-effectiveness and resource optimization. Destinus with its cutting-edge technology and innovative design, becomes a reliable partner in meeting the energy demands of the ceramic industry.