Sds Desulfurization Ash Recovery Technology

 

SDS Desulfurization Ash Recovery Technology targets solid waste desulfurization ash generated from SDS flue gas desulfurization of various types. Based on pollution source analysis and following the principles of source reduction, resource recycling and advanced treatment, our company has developed a complete set of technologies for the synergistic purification and conversion of multi-component waste salts with full-process control. The core technologies include "enhanced high-efficiency purification pretreatment of desulfurization ash", "multi-path regeneration of desulfurizers" and "enhanced ammonium sulfate separation". We have also developed key equipment such as desulfurization ash reaction and separation units, desulfurizer reaction and regeneration systems, and ammonium sulfate separation units for complex systems. This sds desulfurization ash recovery technology solves the key challenges of difficult separation and purification control of complex multi-component waste salts, severe scaling, clogging and corrosion of equipment, and difficulty in ammonium sulfate crystallization. It achieves over 95% sodium resource recycling rate in SDS desulfurization ash, over 90% desulfurization ash recycling rate, with the regenerated desulfurizer sodium bicarbonate purity exceeding 98% and ammonium sulfate purity exceeding 98.5%.

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Advantages of SDS Desulfurization Ash Recovery Technology

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Proprietary technology built on over 10 years of engineering experience in ammonia recovery and resource regeneration, applicable to SDS desulfurization ash recycling across various industries including coking, coal-fired power generation, and steel production.

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Over 99% of available sodium elements in desulfurization ash can be regenerated. The process is flexible, suitable for multiple application scenarios, with excellent performance and low operating costs.

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Large operational flexibility with a 60%–120% turndown range*. The system design is highly targeted with strong anti-shock load capacity.

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High desulfurization efficiency of regenerated sodium bicarbonate.

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The ammonium sulfate product meets the national standard GB/T 535-2020.

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High level of automation, small footprint, low labor requirement, significant economic benefits, and a payback period of 3–5 years.

 

Produce high-quality products

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