29 March, Wuhan Building Materials Industry Design & Research Institute Co., Ltd. (Hereinafter referred to as "Wuhan Building Materials Institute"), affiliated to Sinoma Energy Conservation Co., Ltd. (Hereinafter referred to as "Sinoma Energy Conservation"), and Zhangzhou Funeng New Materials Co., Ltd., affiliated to Fujian Neng Hua Group New Materials Co., Ltd., held the signing and opening of the Longhai Machine-made Sand Processing Zone and Transportation Corridor General Contracting Project (hereinafter referred to as "Zhangzhou Funeng Longhai Project") Work ceremony.
Fujian Zhangzhou Funeng Longhai Project, with an annual output of 8 million tons (2000 tons per hour) of construction gravel and machine-made sand production line (including 3000 tons/hour * about 5.73 km long belt transportation corridor). It adopts the production process of fine crushing cone + vertical shaft sand making (imported equipment), which has a high degree of automation and intelligence, and meets the specific requirements and indicators of the national green development plan and the development of the sand and gravel industry.
Prior to this, Wuhan Building Materials Institute successfully won the bid for the EPC general contracting project of Funeng New Building Materials (Huaan) Co., Ltd. for processing 3.7 million m ³ granite machine-made sand and gravel production line at the beginning of the year. The signing of Zhangzhou Funeng Longhai Project once again reflects the full recognition of Wuhan Building Materials Institute by Fujian Energy and Chemical Group New Material Company. After the
signing ceremony, Liu Xide, Deputy Secretary of the Party Committee, Vice Chairman and Chairman of the Trade Union of Sinoma Energy Conservation, and his delegation visited Chen Lianzhi, Secretary of the Party Committee and Chairman of the New Material Company of Fujian Nenghua Group, and held talks with relevant leaders. The two sides had friendly exchanges on further deepening cooperation in the fields of machine-made sand and gravel, comprehensive utilization of solid waste and new materials.