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SINOCALCI Corporation, founded in 2002, is headquartered in Nanjing, the ancient capital of the Six Dynasties. It specializes in the field of combustion and calcination processes and is a high-tech enterprise with independent intellectual property rights. The company adheres to technology led development and has built a complete operational system from research and development to EPC implementation, and then to operational feedback, ultimately improving the process package, achieving a virtuous cycle of technological innovation and industrial upgrading.

Sinocalci's professional direction focuses on combustion technology and thermal energy engineering, committed to promoting energy conservation and emission reduction in furnace industrial processes, as well as the research and development of harmless treatment and resource utilization technologies for industrial solid waste, hazardous waste, exhaust gas, waste liquid, etc. Relying on the three major research platforms of Jiangsu Calcination Engineering Technology Research Center, Jiangsu Enterprise Technology Center, and Jiangsu Industrial Kiln Clean Calcination Engineering Research Center, we accelerate the transformation of scientific and technological achievements and successfully develop a series of proprietary technologies and patented products.

Sinocalci has achieved significant results in various sectors such as calcination, industrial incineration, solid waste recycling, and managed operation, and has established cooperation with nearly 100 well-known enterprises in the steel, non-ferrous metals, calcium carbide chemical, petrochemical and other industries at home and abroad. The company's main products include annular shaft kilns, powder calcination devices (suspension kilns), double shaft kilns, rotary kilns, thermal storage incinerators, catalytic combustion equipment, direct fired thermal oxidation furnaces, waste liquid incinerators, solid waste rotary kiln incinerators, waste salt incinerators, etc. Through research and development, new technologies that have been implemented in engineering include the fourth generation annular shaft kiln process, calcium oxide reduction using carbide slag, and basic zinc carbonate. At present, our completed projects include the calcination of basic magnesium carbonate and other powders, as well as dolomite. The projects we are currently researching include photothermal calcination, biomass fuel, magnesite light burned magnesium oxide, coal gangue activation calcination, and high-temperature modulation reaction systems.

In terms of hardware facilities, Sinocalci has an advanced laboratory covering an area of 1000 square meters, equipped with first-class experimental equipment such as German NETZSCH thermal analyzer, high-temperature electric furnace, vibration mill, and flue gas analyzer. These devices can meet the comprehensive testing needs of limestone and dolomite calcination tests, ultra-high temperature calcination tests of inorganic salt materials, and refractory material properties. The laboratory has multiple specialized departments, providing solid hardware support for scientific research and innovation.

In addition, Sinocalci has also developed a pilot platform for powder calcination and combustion devices, effectively accelerating the transformation process of scientific and technological achievements through an innovative model of "joint research and development+shared platform+promotion of transformation". The pilot platform not only promotes the amplification and verification of new technologies, but also promotes collaborative innovation in the upstream, midstream, and downstream of the industrial chain, achieving deep integration and collaborative development of the industrial chain, innovation chain, and value chain.

In 2024, Sinocalci has established its corporate vision of becoming a leader in the field of green engineering technology services within 10 years. In the future, Sinocalci will continue to lead by technological innovation, continuously increase research and development investment, and be committed to the research and development and breakthroughs of new technologies and processes, injecting continuous vitality into industrial green development.