Recently, the innovative ammonium chloride steam rotary drying system, independently designed and manufactured by Tianli Energy, successfully passed comprehensive acceptance testing at an alkali industry company in Jiangsu Province and officially commenced operation.
Key Breakthroughs:
Addressing the industry pain points of traditional fluid bed drying systems—high energy consumption, short operating time, and low automation—Tianli Energy has innovatively launched a high-efficiency self-returning steam rotary drying technology, achieving two core breakthroughs:
- Automatic Material Circulation: Optimized self-returning and mixing structure enables automatic mixing of dry and wet materials, simplifying the process flow, fully recovering waste heat from dry materials, and ensuring continuous and stable equipment operation.
- Cascaded Heat Utilization: Breaking through traditional heat exchange modes, maximizing energy utilization efficiency, and solving the industry’s long-standing energy-saving problem.
Key Data:
Compared to traditional equipment, the new system's energy saving, consumption reduction, and environmental performance are industry benchmarks, with key data being particularly impressive:
- Significantly Reduced Energy Consumption: Steam consumption reduced by 20%+, electricity consumption reduced by 50%+, and overall energy consumption reduced by over 32%, equivalent to saving 6.1 kg of standard coal per ton of product.
- Environmental Compliance Upgrade: Drying exhaust emissions are only less than 15% of those of traditional units, significantly reducing dust removal and free ammonia recovery pressure, with all indicators exceeding national standards.