Ningbo Thermoelectric 20-ton Steam Boiler Burner Low-nitrogen Transformation Project

Ningbo Thermal Power and Energy Group with holding companies more than 40, investment fields involving large coal-fired power plant thermal power plant, coal gas, urban heating, new energy development, renewable energy power plant, energy trade, such as charging pile operating urban energy infrastructure construction, and actively explore the field of energy conservation and environmental protection development opportunities.

Ningbo thermal power co., LTD. 20 tons of steam boiler low nitrogen transformation project, is "much starker choices-and graver consequences-in" ningbo thermoelectric company development plan, to continue to promote the development of high quality, strive to become a comprehensive energy supply and service providers, has certain influence for the local energy security, energy conservation, environmental protection and people's livelihood improvement project infrastructure make a greater contribution.

This project is a project of Beilun Chunxiao Branch of Ningbo Thermal Power co., LTD. The professional technical team of EBICO adapted the Ultra low nitrogen VIC model of EBICO according to its on-site working conditions. The on-site test of NOX emission was only 9PPM, far lower than the national policy target of NOX emission.

The latest series of ultra-low nitrogen burners from EBICO adopt advanced VIC technology and can easily achieve energy saving and emission reduction without FGR (flue gas external circulation technology). At the same time, because there is no flue gas backflow, there is no need to install flue gas backflow pipeline, not only to avoid condensed water generation, save installation materials and space, but also to reduce fuel loss, so it can greatly extend the service life of the burner and thermal equipment, while the overall improvement of combustion efficiency and stability. In addition, advanced and superior technology integrated applications allow the burner to completely get out of the way for controlled combustion stability and adjustment ranges.