SPIC Heilongjiang Company's Keshan Waste-to-Energy Project Successfully Completes "72 + 24" Trial Operation

SPIC Heilongjiang Company has achieved a significant breakthrough in the harmless treatment of and resource recovery from domestic waste as the 1 × 12 MW domestic waste incineration power generation project of Keshan Green Development WtE Co., Ltd. successfully completed its 72+24-hour continuous trial operation at 23:00 on February 4, 2026. During the trial operation period, all systems of the unit operated stably with superior technical performance, marking the project's full readiness for commercial operation. Once commissioned, the project will provide strong support for regional domestic waste treatment and green energy supply.

As a key public welfare project in Qiqihar City, the facility is designed to treat 600 tonnes of domestic waste per day and is equipped with one 12 MW steam turbine generator set. Upon commissioning, it will undertake centralized, harmless treatment of domestic waste from Keshan, Kedong, Yi'an, Baiquan, and surrounding areas, completely replacing traditional landfill disposal and enabling a fundamental shift toward waste reduction, recycling, and harmless treatment.

At full capacity, the project is expected to process approximately 219,000 tonnes of domestic waste annually and generate over 60 million kWh of green electricity, equivalent to saving 18,000 tonnes of standard coal and reducing carbon dioxide emissions by approximately 47,500 tonnes each year. The recycling of bottom ash will further reduce greenhouse gas emissions, significantly improving local environmental quality and fostering a circular economy. The project aligns with China's green development strategy and represents a concrete step toward the carbon peaking and carbon neutrality goals, while offering a scalable model for county-level clean energy projects.

The project team is now advancing the post-commissioning procedures to ensure a smooth transition to commercial operation, thereby supporting local ecological preservation and urban sustainability.