Honeywell technology helps Hengli Petrochemical reduce nitrogen oxide and carbon emissions

Hengli Petrochemical Co. Ltd has effectively utilized Callidus burner innovation from Honeywell UOP to limit nitrogen oxide (NOX) and carbon monoxide (CO) discharges in China, and decrease the effect of these outflows while guaranteeing protected and stable tasks.

Hengli chose Callidus progressed flares and low-NOX burner innovation in 2017 to follow ecological guidelines and improve energy productivity and operational wellbeing at its treatment facility and petrochemicals complex in Dalian, Liaoning Province. Furnished with imaginative low fire mode (LFM) innovation, Callidus burners decreased Hengli's emanations, improving air quality and assisting with killing reasons for corrosive downpour.

At the point when heater temperatures are beneath 650°C, the NOX burner produces more significant levels of CO. However, by utilizing the LFM innovation, the Callidus burners kept outflows at ideal levels – with NOX and CO each under 50 mg/Nm3. This assisted Hengli with taking care of an industry issue of limiting both NOX and CO outflows to diminish natural effect, while guaranteeing protected and stable activities.

"We chose the Callidus innovation since it's the worldwide pioneer in ignition advances and on the grounds that it was the first in China to address the CO outflow issue in a NOX burner," said Liang Peng, Static Equipment Director, Hengli Petrochemical. "Callidus burners likewise can be supplanted without requiring a closure of the heater and different tasks."

"Our involvement in these innovations around the world assists clients with preferring Hengli create monetary incentive by improving their rate of profitability with ecologically stable items," said Xiang Lei, VP and senior supervisor, Honeywell UOP China. "We're satisfied to work with Hengli to improve its energy effectiveness and operational security."