News & Insights

Product News

2020-09-15 09:25:31

Dual-alkali desulfurization process

Puhua Technology's dual-alkali desulfurization technology is well-established. It employs methods such as soda ash startup, sodium-calcium absorption of SO2, and lime regeneration to effectively purify sulfur-containing flue gas. The desulfurization efficiency is over 90%, making it widely applicable.

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Product News

2020-09-15 09:26:53

Limestone-gypsum desulfurization process

Puhua Technology's limestone-gypsum desulfurization process boasts sophisticated technology, extensive practical experience, low equipment operating costs, and high utilization rate of desulfurizing agents. It has been applied in multiple coal-fired boiler desulfurization projects, demonstrating significant desulfurization effects and stable equipment operation.

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Product News

2020-09-09 03:15:23

Desulfurization tower

Puhua Technology boasts a comprehensive desulfurization technology. Its spray desulfurization towers are crafted from three distinct materials, catering to the needs of various industries. Depending on the sulfur content of the flue gas, a multi-layer spray tower structure can be employed, finding widespread application in both power plants and the non-ferrous metal industry.

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Product News

2020-09-15 09:28:39

SCR denitration process

The SCR denitrification system from Puhua Technology utilizes urea as the reducing agent, featuring refined technology, stable operation, and low operating costs. When combined with the desulfurization and dust removal processes and equipment developed by the company in flue gas denitrification for coal-fired boilers in power plants, the overall purification effect of the flue gas is excellent, and the effectiveness of its use is widely recognized by customers.

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Product News

2020-09-09 03:16:01

SNCR denitration process

The SNCR denitrification system designed by Puhua Technology adopts modular management and scientifically and reasonably distributes the positions of spray guns to achieve optimal denitrification effects. The entire equipment is compact in structure and occupies a small area, significantly reducing both investment and operational costs.

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