The ceramic industry demands enormous amounts of energy for the drying processes of various material, including clay, glass, brick, tiles and fixtures. The best way to improve the efficiency of ceramic manufacturing is to connect a gas turbine to the spray dryer, providing heat along with electrical power for the facility.
Efficiency and Cost Savings for your Plant
Solar uses gas turbine-based cogeneration, better known as Combined Heat and Power (CHP). Solar’s cogeneration ceramic application process uses gas turbine exhaust air in the ceramic spray dryer by bringing high quantity heat into the drying process. A gas turbine connected to a spray dryer increases the process efficiency from 27-32% to 75-90% and saves on electrical and fuel costs in the ceramic industry. Cogeneration in ceramic application provides simultaneous and independent generation of power and heat.
Years of Experience Powering Your Ceramic Needs
Solar has more than 100 units connected to spray dryers in several ceramic manufacturing sites. Solar’s experience in direct drying raw materials and composites, and the clay atomization process, has contributed to ceramic industry cost savings, emissions reduction and energy consumption.
Discover how one of the most modern ceramics companies in Brazil used Solar’s Centaur 50 Gas Turbine associated with its clay atomization process to complement their other energy sources and reduce costs.
Read how Solar’s 1.1 MWe Saturn gas turbine generator set provides power and exhaust gas for this ceramic plant in Italy. The exhaust gas is efficiently ducted to the equipment to dry the wet ceramic products.
Solar Turbines provides best in class energy solutions with turbomachinery for power generation and motor driven compression products and packages. Our wide range of solutions maximize availability, reliability and value throughout your equipment's life cycle.