CNBM's Latest Overseas Projects in Japan, India, Saudi Arabia and Pakistan!

   On December 24, 2017, the 11th China-Japan Comprehensive Forum on Energy Conservation and Environmental Protection was held in Tokyo, Japan, jointly organized by the National Development and Reform Commission, the Ministry of Commerce, the Embassy in Japan, the Ministry of Economy and Industry of Japan and the Japan-China Economic Association. Zhang Yong, Vice Director of the National Development and Reform Commission, Gao Yan, Vice Minister of the Ministry of Commerce, Liu Shaobin, Charge d'Affaires of the Embassy in Japan, Hiroshi Shigeng, Minister of Economy and Industry of Japan, Masaharu Nakagawa, Minister of Economy and Industry of Japan, Daisaku Hiraki, President of the Japan-China Economic Association, and more than 800 Chinese and Japanese government officials, experts, scholars and entrepreneurs participated in the forum.

   Yao Dan, Deputy Chief Engineer of China Building Material Engineering, Chairman and General Manager of Shanghai Triumph Energy Conservation, signed the cooperation agreement of Akita Biomass Power Generation Project in Japan with Katahei, President of Japan East Asia Group at the main forum, and delivered a speech entitled "Win-win Cooperation Together" at the sub-forum.

   Third-party market cooperation in the field of energy conservation and environmental protection, energy conservation management, resource recycling, development of smart cars and new energy vehicles, clean coal technology and coal-fired power generation, and long-term trade between China and Japan. China Building Material Engineering shared its cooperation experience with Japanese enterprises in exploring the energy-saving and environmental protection market in the third country, and introduced the energy-saving and environmental protection projects signed by Japan East Asia Group, such as 75 MW biomass power generation and supporting waste heat power generation projects, and six 10 MW net biomass power generation EPC projects in Indonesia.

   In line with the concept of win-win cooperation, China Building Materials Engineering will continue to deepen cooperation with Japanese enterprises in terms of project communication, policy exchange, technical cooperation and personnel exchanges, so as to promote practical cooperation in energy conservation and environmental protection between China and Japan to a new level.

   Two Indian Waste Heat Power Projects Awarded PAC Certificates

   At the beginning of the new year, India's DURG 9 MW waste heat power generation general contracting project and SDCCL 4.5 MW waste heat power generation transformation project contracted by Sinoma Energy Conservation, a subsidiary of China National Building Material Group, were successfully handed over and PAC certificates were obtained.

   The DURG project is a waste heat power generation project using the 5000-ton cement line of URG Cement Company, a subsidiary of JK Lakshmi Group in India. After the completion and commissioning of the waste heat power station, the operation is stable, safe and reliable, and all the indicators meet the contract requirements.

   The SDCCL project is to diagnose and transform the operation problems of the waste heat power station of SDCCL Cement Plant under SHREE Group of India, and put forward the optimization and transformation scheme, which completed the transformation in only three months. After the transformation of the power station, the operation is stable, the operation efficiency is improved, and the power generation is greatly increased, which has created good economic and social benefits for the owners.

   With the strong support of the project owner and the active cooperation of various departments of the company, the two project teams of Sinoma Energy Conservation have overcome the difficulties of high temperature, rainy weather, long battle line and cross-operation, and have successfully completed various tasks with tacit cooperation from project organization and design, equipment delivery to construction and installation, operation and commissioning, which has been recognized and praised by the owner.

   Up to now, Sinoma Energy Conservation has built six waste heat power stations by general contracting in the Indian waste heat power generation market, all of which have been put into operation and highly praised by the owners, demonstrating China's advanced technology and equipment level in the field of energy saving and emission reduction. The smooth operation of the two projects has also laid a solid foundation for Sinoma Energy Conservation to further develop the Indian and South Asian markets.

   Recently, the Saudi YCC waste heat power generation project contracted by Sinoma Energy Conservation was successfully handed over and PAC certificate was obtained. YCC waste heat power generation project is the largest single installed capacity waste heat power station project in the world so far, and as a representative of overseas projects of Sinoma Energy Conservation, it was exhibited in the "Five Years of Endeavor" large-scale achievement exhibition.

   Hu Yeming, President of Sinoma Energy Conservation, Wei Wenhua, Vice President of Sinoma Energy Conservation and ZUGAIL, President of YCC attended the project handover ceremony.

   The project is a waste heat power generation project using two cement production lines with a daily output of 8500 tons and 11000 tons and 15 diesel generating units, with a total installed capacity of 37 MW. The diesel waste heat boiler and bypass exhaust waste heat boiler of the project are jointly developed and designed by Sinoma Energy Conservation and Nantong Wanda and produced by Nantong Wanda. The diesel waste heat boiler uses the waste heat resources of 15 diesel generators in the self-contained power station of the cement production line to produce superheated steam for power generation. Sinoma Energy Conservation and Nantong Wanda have carried out a number of technical research and successfully overcome a number of technical problems in boiler ash removal system, sealing system, preventing acid corrosion of boiler heating surface, ensuring the safe operation of diesel generator and diesel waste heat boiler flue gas system; Bypass exhaust waste heat boiler is used to produce superheated steam for power generation by using the waste heat resources from the bypass exhaust of the smoke chamber at the kiln end of the cement production line. Sinoma Energy Conservation and Nantong Wanda have studied the ash characteristics in the bypass exhaust flue gas through experiments, so as to determine the temperature control range of the flue gas at the inlet and outlet of the boiler, optimize the boiler design and select the appropriate ash cleaning system for the heating surface and the anti-blocking measures for the ash hopper. After the project is put into operation, all indicators meet the design requirements, and the operation is stable and reliable.

   From design to equipment manufacturing, from port gathering to installation, from construction management to commissioning, the project team has overcome practical difficulties such as difficult visa processing, tight project schedule, complex system and difficult construction, and successfully completed the task. Line 4 and Line 5 have been connected to the grid ahead of schedule. Up to now, Sinoma Energy Conservation has built and operated two waste heat power stations for Saudi Najran Cement Plant and Yanbu Cement Plant by general contracting. The handover of the project has further established the market leading position of Sinoma Energy Conservation in the Middle East.

   Hu Yeming, on behalf of Sinoma Energy Conservation, expressed congratulations on the handover of project operation, thanked the project owner for its help and support to Sinoma Energy Conservation, and hoped that Sinoma Energy Conservation and YCC would further strengthen cooperation, achieve mutual benefit and win-win situation, and work together for the cause of energy conservation and emission reduction. ZUGAIL expressed admiration for the professional ability and technical strength of Sinoma Energy Conservation in the process of project construction, appreciated the pleasant cooperation between the two sides, and hoped that the two sides would further cooperate in a wider range of fields in the future.

   Nader, the project manager of YCC Company, Mostafa, the person in charge of the waste heat power station, and the relevant persons in charge of Sinoma Energy Conservation Waste Heat Power Generation Division and YCC Project Department attended the project handover ceremony.

   Pakistan Phase III Water Treatment Project Obtained PAC Certificate

   Recently, Pakistan ICI Phase III Water Treatment Project implemented by Sinoma Energy Conservation has completed commissioning, passed the examination and obtained PAC certificate. This marks the successful completion and delivery of the third project of cooperation between Sinoma Energy Conservation and Pakistan ICI Group after ICI Self-owned Power Station and ICI Phase II Water Treatment Project.

   During the implementation of the project, Sinoma Energy Conservation has carried out optimization and innovation on the basis of the second phase of the water treatment project, and achieved good results. The water production flow of the system trial operation and performance assessment is up to the standard, and the water production quality is better than that of Phase II, which greatly exceeds the requirements of the agreement. The project department overcomes safety problems, sticks to its post, organizes meticulously, overcomes difficulties, and cooperates with the project owner and the operation team tacitly to ensure the smooth implementation of the project, which is fully recognized and highly appreciated by the project owner.

   This project is another example of successful cooperation between Sinoma Energy Conservation and Pakistan ICI Group, which has established a good reputation for Sinoma Energy Conservation in the field of water treatment and laid a solid foundation for more in-depth and extensive cooperation between the two sides.