Shandong Tianli Drying Equipment Co., Ltd. Renewed Achievement in Scientific and Technological Innovation

Recently, the Jinan Municipal Party Committee and the Municipal Government commended the advanced individuals and advanced collectives that had achieved excellent results in the city’s scientific and technological progress in 2009 and the construction of innovative cities. The “Advanced Energy Saving Drying Technology and Equipment Innovation Team” established by Shandong Tianli Drying Equipment Co., Ltd. won the title of “Jinan Excellent Innovation Team”.

The team relied on Shandong Tianli Drying Equipment Co., Ltd. and possessed a solid scientific and technological strength. It is currently building a cooperation platform with the Institute of Engineering Thermophysics, Tsinghua University, and has undertaken the “Ninth Five-Year Plan” national major energy-saving equipment localization projects. Some of the equipment developed for R&D has replaced imports, reaching the international advanced level and occupying a monopoly position in the domestic chemical industry.

Based on the needs of China's various industries, the Shandong Tianli team researched the drying technology problems encountered in various industries and the common drying technology, and researched the energy-saving, green environmental protection, safe and reliable drying technologies. The research content related to advanced energy-saving combustion technologies and advanced energy-saving technologies. Drying technology and equipment, advanced waste heat utilization technology, dynamic drying, indirect heat exchange large dry equipment and drying process energy saving technology are the main research directions.

Recently, the Shandong Tianli team is working with the Xinwen Mining Bureau and the Technical University of Rhodes, Poland, to research the application of steam rotary calcination in the treatment of desulphurized gypsum, and to develop in cooperation with the Hong Kong University of Science and Technology. In the optimized design project of calcining and drying of soda ash, the internal heating fluidized bed dryer cooperates with Japan's Kurimoto Iron Works to develop a new type of paddle dryer. The dryer will be developed on the basis of absorbing advanced foreign technology, with high thermal efficiency. For the domestic initiative, reaching the international advanced level. In addition, with the North China Electric Power University, China Agricultural University, Nanjing University of Technology and other institutions of higher learning in the self-excited oscillation flow heat pipe technology, pulsation combustion technology, supercritical fluid technology in the dry field applications such as cooperation has also developed in many areas.