A Chinese rotary dryer manufacturer is expanding into the Russian environmental market with its technical solutions; Zhengzhou Dingli New Energy Equipment Co., Ltd. will participate as an exhibitor at WasteTech-2026, Russia’s most influential international exhibition for environmental protection and waste management. The event is scheduled for September 8–10, 2026, at the Crocus Expo International Exhibition Center in Moscow. Zhengzhou Dingli’s booth will be located in Hall 5 of Pavilion 2 (Booth No. 5F2).
Since its inception in 1999, WasteTech has established itself as the most influential professional trade platform for the environmental sector in Russia and Eastern Europe. According to official data, the 2025 edition attracted over 60 exhibitors from 20 Russian regions as well as countries including China, India, and Belarus, drawing more than 5,000 professional visitors. The scale of the 2026 exhibition is set to expand further, with an anticipated exhibition area of 16,000 square meters, over 400 exhibitors, and a projected attendance of more than 25,000 professional visitors.
Russia’s environmental market is currently experiencing rapid growth. Driven by the country's "green economy" strategy, demand is rising steadily in sectors such as waste treatment and resource recycling. As a specialist manufacturer of rotary dryers, Zhengzhou Dingli will use this platform to showcase its technical expertise in areas including sludge treatment, the conversion of livestock manure into resources, and the drying of fruit and vegetable processing waste.
Rotary dryers are critical equipment in environmental waste management, widely used to dry high-moisture materials such as sludge, livestock manure, distillers' grains, fruit pomace, and biomass. The equipment utilizes a rotating drum to rapidly reduce the moisture content of materials to safe storage levels. The processed materials can then be utilized for organic fertilizer production, biomass fuel preparation, or animal feed processing, thereby transforming waste into valuable resources.
Zhengzhou Dingli has already successfully implemented multiple projects in the Russian market. Previously, an apple and grape pomace drying production line customized by the company for a Russian client officially entered operation; addressing the high moisture content and tendency of fruit pomace to clump, the system utilizes a closed-loop drying process to achieve high-efficiency drying. Additionally, Zhengzhou Dingli has undertaken a coal slime drying project in Russia; specifically designed to handle high-moisture, highly viscous coal slime, the system features a dual-drum structure that ensures high processing capacity and stable operation. These project experiences have laid a solid foundation for Zhengzhou Dingli to expand into the Russian environmental protection market.
During the WasteTech-2026 exhibition, Zhengzhou Dingli will set up a technical consultation area and arrange for business personnel to engage with local clients, providing comprehensive technical support—ranging from equipment selection to production line design—to customers in Russia and neighboring markets. At the same time, the company will participate in technical forums held alongside the exhibition to gain insights into local environmental policy trends and market dynamics.
Founded in 2001 and located in the High-tech Industrial Development Zone of Zhengzhou City, Zhengzhou Dingli is a high-tech enterprise specializing in the R&D and manufacturing of new energy equipment, drying equipment for high-moisture materials, and environmental dust removal equipment. The company’s products sell well domestically and are exported to over 103 countries worldwide. This exhibition serves not only as a showcase for products and technologies but also as a proactive step in bringing China’s environmental equipment manufacturing industry to the international market. As cooperation between China and Russia in the environmental sector deepens, China’s advanced environmental technologies and equipment are providing more options for waste treatment and resource recovery in Russia.
