Case Show

Case Study

Power Grid

Xinjiang Huadian Midong Thermal Power Plant Noise Control Project

The noise-reduction project at Xinjiang Huadian Midong Thermal Power Co., Ltd. began construction in early March 2023 and was completed in September 2023. This power plant is the largest coal gangue-fired thermal power plant in Xinjiang by total installed capacity, and it was also the first unit in Xinjiang to successfully complete ultra-low emission upgrades. Moreover, the facility serves as a living museum of the city’s development, playing a vital role in providing heating to 13 million square meters of residential areas in Urumqi’s Midong District.

Lin'an Green Energy Environmental Power Generation Co., Ltd. Matrix-Type Silencer

Located in Jinan Subdistrict, Lin'an City, Lin'an Green Energy Environmental Power Generation Co., Ltd. spans an area of 3.78 hectares. Primarily fueled by municipal solid waste, the company employs advanced, reliable, and proven production processes and state-of-the-art equipment to efficiently process garbage. By harnessing the heat generated from incineration, it transforms waste into a valuable energy source—turning trash into treasure! Recently, the company received notification from the environmental protection authorities: noise levels from its chimney had exceeded permissible standards, disrupting the peaceful lives of nearby residents. Recognizing "Shenhua Company's" strong expertise and industry influence in the field of environmental noise reduction, Lin'an Green Energy entrusted us with the critical task of addressing this issue! To minimize disruption to the plant’s ongoing operations, Lin'an Green Energy requested that we complete the noise mitigation project within just two weeks. The goal was clear: effectively eliminate the low-frequency noise emanating from the chimney, ensuring that measurements taken at monitoring points near residential areas along the factory boundary meet the stringent Class II urban noise standards. Time was tight, and the challenge was immense—but we rose to the occasion with unwavering determination. With meticulous planning, cutting-edge technology, and the collaborative efforts of our dedicated team, "Shenhua" not only delivered exceptional results but also set a new benchmark for efficiency, finishing the project ahead of schedule in just 10 working days. Our success earned high praise from the client and underscored our commitment to excellence. This noise reduction project for Lin'an Green Energy marks another milestone for Shenhua Company, following our previous work on noise control systems at Hangzhou Jiufeng Power Plant, Changzhou Guangda Power Plant, and Suzhou Guangda Power Plant. Upholding our mission to deliver "a tranquil environment—a pursuit Shenhua has always embraced," we remain steadfast in our dedication to advancing China’s green initiatives under the visionary guidance of the 20th National Congress of the Communist Party of China. Together, we’ll continue driving high-quality growth in China’s environmental sector, offering every client comprehensive, top-tier services tailored to their unique needs.

Yunnan Chuxiong Converter Station Noise Reduction Project

Engineering Images The Yunnan Chuxiong Converter Station is the world’s first ultra-high-voltage direct-current transmission project, as well as China’s first domestically developed demonstration project for UHV DC transmission. Construction of the noise control project at the Yunnan Chuxiong Converter Station began in January 2012 and was completed in August 2012. The project involved the fabrication and installation of sound barriers, soundproof windows, soundproof doors, along with related auxiliary materials.

Guangdong Conghua Converter Station Noise Reduction Project

Engineering Images The Guangdong Conghua Converter Station Noise Control Project commenced in August 2012 and completed supply delivery in September 2013. The project scope included the fabrication and transportation of 26 sets of BOX-IN converter transformers, as well as the construction of soundproof barriers along the station’s perimeter walls.

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