I. Capability Name Full-Chain Engineering Technology and Equipment Service Solutions for the Chemical Industry II. Industry Sectors Fine Chemical Manufacturing, Petrochemical and Coal Chemical Industries, Engineering Design and Engineering Consulting, Chemical Equipment Manufacturing, Tank Engineering III. Service Coverage Countries/Regions China, Malaysia, Vietnam IV. Response Time ≤7 Days V. Capability Description We provide integrated engineering services covering fine chemicals, petrochemicals, and coal chemicals. Our core capabilities include: Engineering Design and Consulting: Offering process design, basic design, and detailed design services for chemical plants and tank systems. We can customize compliant solutions for various operating conditions to meet domestic and international industry standards and safety regulations. Chemical Equipment and Tank Manufacturing: Capable of undertaking the design, manufacturing, and complete supply of core chemical equipment such as pressure vessels and storage tanks, ensuring equipment performance and operational stability. Regional Project Service Support: Possessing experience in project implementation in China, Malaysia, and Vietnam, we can adapt to local compliance requirements and project execution processes. Efficient Response Service: We have established a robust rapid response mechanism. Response times for technical consultations and solution alignment do not exceed 7 working days, ensuring efficient project advancement.

An industrialized application technology that has won the Second Prize of the Provincial Science and Technology Progress Award. This technology deeply couples underground salt mine extraction with soda ash production, achieving integrated above-ground and underground cyclic production of salt, alkali, and calcium. Waste liquid from soda ash manufacturing is injected into underground solution cavities for salt mining, while the extracted brine serves as raw material for soda ash production, forming a closed-loop cycle. This technical route fundamentally resolves the environmental bottleneck of waste liquid discharge in the ammonia-soda process while significantly improving the utilization rate of rock salt resources. It has been successfully implemented in large-scale domestic projects for the comprehensive utilization of rock salt resources. The related engineering design has received First Prizes for Excellent Engineering Design at both provincial and municipal levels. This technology is suitable for soda ash production enterprises possessing rock salt mineral resources.