Inner Mongolia Boyuan Engineering Co., Ltd. was established in 2003, with its registered address in Yijinhuoluo Banner, Ordos City, Inner Mongolia Autonomous Region. It is a high-tech enterprise under Inner Mongolia Boyuan Holding Group Co., Ltd., specializing in chemical engineering design, consulting, EPC (Engineering, Procurement, and Construction) contracting, and technical services. The company is in a mature development stage, with registered capital of RMB 120 million.  

The company has long focused on modern coal chemical engineering, natural gas chemical engineering, salt chemical engineering, and carbon neutrality-related engineering fields. Its core business covers coal chemical engineering (e.g., integrated ammonia–methanol production, coal-to-oil supporting CCUS), natural alkali-based soda ash and sodium bicarbonate engineering, petrochemical retrofitting (e.g., hydrogen production for caprolactam production), and integration of low-carbon chemical unit technologies. Its core capabilities span process package development, basic and detailed engineering design, EPC project management, and digital delivery across the entire project lifecycle. The company possesses independently optimized energy-saving technologies for integrated ammonia–methanol production, low-energy-consumption soda ash carbonation tower internals technology, and modular skid-mounted natural gas purification unit design capability. It has achieved comprehensive energy consumption per unit product exceeding 5% lower than industry benchmark levels. The company holds six utility model patents, including “An Internal Structure for an Ammonia Synthesis Reactor,” and has participated in drafting two industry standards: “Design Specification for Natural Alkali-Based Soda Ash Engineering” (HG/T 5912–2021).  

In terms of qualifications, the company holds Class-A specialized design qualification for the chemical, petrochemical, and pharmaceutical industry (chemical engineering) (Certificate No.: A115002505, valid until December 2027), Grade-B credit certificate for engineering consulting units (chemical engineering category), and design permits for pressure piping categories GA/GC. It has also obtained certification for the ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 management systems.  

Representative projects include: full-process engineering design and partial EPC contracting for the 1-million-ton-per-year soda ash and 800,000-ton-per-year sodium bicarbonate project of Inner Mongolia Boyuan Yingen Chemical Co., Ltd. (approved by China’s National Development and Reform Commission, with total investment exceeding RMB 12 billion); technical retrofit design for the hydrogen production unit supporting caprolactam production at Sinopec Baling Branch; and engineering design for the CO₂ compression and transportation unit of the CCUS demonstration project at China Energy Group’s Ordos Coal-to-Oil Branch.  

Currently, international cooperation primarily focuses on technology transfer and joint equipment design. For example, the company has conducted drawing mutual recognition and standards alignment exchanges with UralChem Design Institute (Russia) regarding alkali processing facilities.

Dalian Mingzhu Architectural Design Co., Ltd. is a regional Class-B architectural design enterprise based in Dalian, specializing in full-lifecycle design services for civil buildings. It is legally established and operational, with core business activities encompassing conceptual design, construction drawing design, interior design, and related technical consulting services for residential, commercial, and office buildings. The company operates within the construction industry, specifically under the subsector of building decoration and other construction-related activities. It holds statutory qualifications to undertake architectural design projects for medium-sized and smaller civil engineering works, and possesses the “Engineering Design Qualification Certificate” (Class-B for Architectural Engineering within the Architectural Industry), issued and approved by the Department of Housing and Urban-Rural Development of Liaoning Province, valid until 2027. Its primary clients consist of small- and medium-sized real estate development enterprises and self-built property owners in the Dalian region; its project experience is concentrated in Dalian and covers the entire design process—from preliminary conceptualization through to construction drawing implementation. The company maintains stable operations, with no record of serious violations or untrustworthy conduct listed on the National Enterprise Credit Information Publicity System, and its business status is registered as “in operation.” Regarding technical capabilities, publicly available information indicates that its services span all standard design phases for conventional civil buildings, but does not reflect extended service capacities such as super-limit high-rise building design, three-star green building certification, full-process BIM application, or EPC (Engineering, Procurement, and Construction) general contracting. Furthermore, there are no publicly documented records indicating participation in national or industry standard formulation, nor ownership of authorized invention patents or software copyrights. Currently, collaboration may be pursued via design commissioning, technical cooperation, or consortium participation—suitable for design requirements aligned with Class-B qualification criteria, emphasizing strong local proximity, practical feasibility of design solutions, and responsive localized service delivery.

Hubei Ling’an Technology Co., Ltd., located in the Donghu New Technology Development Zone of Wuhan City, Hubei Province, is a national high-tech enterprise specializing in independent R&D and industrialized application of core technologies for Intelligent Transportation Systems (ITS) and Vehicle-to-Everything (V2X) cooperation, currently in the stage of large-scale commercial deployment. The company’s core businesses cover intelligent connected vehicle testing equipment, On-Board Units (OBUs), Road-Side Units (RSUs), edge computing platforms, and full-stack C-V2X communication protocol stack software development. Its technical solutions have been deployed in scenarios including intelligent connected vehicle testing and validation, infrastructure construction for V2X cooperation on open roads, and OEM integration for complete vehicles; its customers include automobile manufacturers, local government-led intelligent connected vehicle demonstration zones, and digital road infrastructure construction entities. The company possesses comprehensive end-to-end technical capabilities—from physical-layer signal processing to application-layer message set parsing. Its self-developed LDW-2000 series RSUs have passed the C-V2X protocol conformance test conducted by China Academy of Information and Communications Technology (CAICT) Tel Lab, and its protocol stack fully complies with ETSI TS 102 894, 3GPP Release 16/17 PC5 interface specifications, and GB/T 31024 series standards, supporting full-message-set parsing and dynamic extensibility for SAE J2735 messages. Its main control platform adopts a dual-mode solution integrating Huawei Ascend 310B and Horizon Robotics J5 chips, enabling domestic chip compatibility and lightweight embedded deployment. The company has obtained ISO 9001:2015 Quality Management System certification and ISO 26262 ASIL-B functional safety process certification; it holds mandatory inspection qualifications for JT/T 794–2019 On-Board Units and GB/T 31024.3–2023 Application Data Interaction Standards; and was designated as a Hubei Province “Little Giant” enterprise under the Specialized, Refined, Distinctive, and Innovative (SRDI) program in December 2025. Representative achievements include serving as the core equipment supplier for Phase III of the National Intelligent Connected Vehicle (Wuhan) Test Demonstration Zone (2023–2025), delivering and deploying over 1,200 RSUs to support C-V2X full coverage across a 120-square-kilometer open-road area in Wuhan Economic & Technological Development Zone; participating in the Xiong’an New Area digital road infrastructure construction project by supplying customized edge computing nodes and high-precision spatiotemporal synchronization modules; and achieving mass-volume OEM integration of its OBU products into the Dongfeng Voyah FREE 2024 production model.

We provide secondment services for engineering design professionals across all disciplines in the soda ash and ammonium chloride process sectors, including process, equipment, piping, electrical, instrumentation, and civil engineering engineers. All team members possess practical experience in large-scale soda ash/ammonium chloride project design, are familiar with domestic chemical engineering design standards, and some have overseas project design experience.

This service is suitable for scenarios where the owner's self-built design team requires supplemental external technical expertise, or where overseas soda ash projects need the design party to station on-site technical representatives. Both the secondment duration and personnel configuration can be flexibly adjusted based on actual project requirements.

A national invention patent technology. The filtered mother liquor from the Solvay process for soda ash production contains a large amount of calcium chloride, which is traditionally discharged as waste liquid. This patented technology efficiently extracts calcium chloride solution from the filtered mother liquor through a specific process, addressing the environmental pressure of waste liquid treatment while achieving resource utilization of by-products. It opens up new profit growth points for soda ash enterprises using the Solvay process.

Suitable for the construction of calcium chloride production facilities by soda ash enterprises using the Solvay process.

Zouping Hongxu Thermal Power Co., Ltd. is a regional cogeneration enterprise based in Zouping City and dedicated to providing industrial heating supporting services. Its core businesses include heat production and supply, power generation (limited to branch operations), coal sales, installation and maintenance of heating equipment, and consulting services for heating technologies. The company primarily serves industrial parks and surrounding industrial enterprises within Zouping City, delivering stable and reliable industrial steam and centralized heating services; its operations exhibit distinct regional and public utility characteristics. Leveraging localized operational capabilities, the company possesses practical experience in implementing small- and medium-scale heating infrastructure projects—such as heating pipeline maintenance and repair, procurement of heat exchange station equipment, and upgrades to steam metering systems—serving regional manufacturing enterprises and industrial park clients. Collaborative efforts focus on pragmatic energy service scenarios, including industrial steam supply, operation and maintenance support for park heating systems, integrated heating equipment solutions, and technical consulting.

Jiangxi Jinghao Salt Chemical Co., Ltd., located in Zhangshu City, Jiangxi Province, is one of China’s state-designated edible salt production enterprises and among the first batch of state-designated edible salt wholesale enterprises. It operates under the management of Jiangxi Provincial Investment Group Co., Ltd. and is a key provincial state-owned chemical enterprise. The company possesses an integrated annual production capacity of 1.2 million tons of refined salt, 300,000 tons of industrial salt, and 100,000 tons of chlor-alkali chemical products, and has established an integrated circular economy industrial chain covering “salt–power–chemicals.” Its core businesses span edible salt (including low-sodium salt, iodized salt, and green ecological salt), industrial salt, chlor-alkali chemicals (caustic soda, liquid chlorine, hydrochloric acid), soda ash, and downstream fine chemical products, serving sectors such as food processing, pharmaceuticals, textile dyeing and printing, water treatment, and new-energy battery materials (e.g., high-purity lithium chloride raw material for precursor cathode materials like lithium iron phosphate). Core capabilities include: development and engineering application of green salt-making process packages based on membrane-based sodium nitrate removal coupled with MVR evaporation; design and operational optimization of ion-exchange membrane electrolysis chlor-alkali facilities (current efficiency reaching 96.5%); continuous vacuum crystallization process for high-purity refined salt (supported by 12 invention patents, including ZL202110398765.2); and key technologies for staged sulfate removal from brine (removal efficiency ≥99.2%). The company possesses full-process technology transfer capability—from process R&D and pilot-scale validation to large-scale facility delivery. It holds the State Food and Salt Administration–issued Edible Salt Designated Production License (XYP-2023-JX-001) and Edible Salt Designated Wholesale License (XP-2023-JX-002), both valid until 2027. It is certified under ISO 9001, ISO 22000, ISO 14001, and ISO 45001 management systems, and holds licenses for hazardous chemical production safety, pollutant discharge, and water abstraction. In 2023, it completed China’s first demonstration line for green salt production, reducing unit energy consumption by 21.6%; it undertakes the Jiangxi Provincial Key R&D Program “Key Technologies for Staged Utilization of Potassium and Magnesium Resources Coexisting with Rock Salt,” and its mid-term report (2025) has already verified technical performance indicators. Its service coverage extends across 28 provinces nationwide; industrial salt and co-produced hydrochloric acid are routinely exported to RCEP member countries including Vietnam, Bangladesh, and the Philippines, with annual export revenue totaling approximately RMB 120 million. The company offers technology licensing, engineering consultancy, complete equipment supply, and consortium-based EPC cooperation.

Dalian Mingde Energy Conservation and Environmental Protection Engineering Technology Co., Ltd. was established in 2019, with its registered address in Dalian City, Liaoning Province. It is an integrated environmental protection technology service enterprise specializing in industrial water treatment and exhaust gas control. The company’s core business includes energy conservation and environmental protection engineering technology development, consultation, services, and technology transfer; design, installation, commissioning, and operation & maintenance of water treatment, air pollution control, and solid waste treatment equipment; specialized design of environmental engineering projects (water pollution prevention and control, air pollution prevention and control, solid waste treatment and disposal); professional contracting for environmental protection engineering; and operation of environmental pollution control facilities (subject to requisite qualifications). Its core competencies focus on advanced wastewater treatment and reclaimed water reuse, VOCs control, flue gas desulfurization and denitrification, and collaborative resource recovery treatment of solid waste in high-energy-consuming and high-emission industries such as iron and steel, petrochemicals, power generation, and dyeing & printing. The company holds Grade-B qualification for specialized design of environmental engineering projects (water pollution prevention and control engineering) (Certificate No.: A221011195) and Grade-II qualification for professional contracting of environmental protection engineering projects (Certificate No.: D221046411), and has obtained certifications for ISO 9001 Quality Management System, ISO 14001 Environmental Management System, and ISO 45001 Occupational Health and Safety Management System. Representative completed projects include the enhanced pretreatment and membrane-integrated reuse project for phenol-cyanide wastewater at Anshan Iron and Steel Group’s coking plant; water-saving retrofit technical services for the circulating water system at Hengli Petrochemical; and the EPC project for VOCs collection and RTO incineration control systems at Dalian Huarui Heavy Industry’s cast steel workshop. Its clients comprise key industrial enterprises across Northeast China. Its primary service area is Liaoning Province, and its collaboration models encompass technical consultation, engineering design, EPC general contracting, equipment supply, and third-party operation & maintenance services for environmental protection facilities.

Proprietary technology certified by industry associations. The soda ash production process imposes strict quality requirements on raw salt; however, sea salt, due to its high impurity content, is typically difficult to use directly. This technology employs a multi-stage washing and refining process to cost-effectively convert sea salt into raw salt (washed salt) that meets the requirements for soda ash production. This enables coastal soda ash enterprises to eliminate their dependence on rock salt, significantly reducing raw material transportation costs.

Core process stages include brine preparation, multi-stage counter-current washing, dewatering, and drying. Deliverables include the process package and basic design documents. This solution is suitable for coastal chemical enterprises that possess sea salt resources but lack access to rock salt supplies.

Hubei Blueprint Chemical Engineering Design Co., Ltd., located in the Donghu New Technology Development Zone of Wuhan City, Hubei Province, is a national high-tech enterprise specializing in chemical engineering consulting, engineering design, and EPC (Engineering, Procurement, and Construction) services. The company has a registered capital of RMB 30 million, fully paid-in, employs 137 staff members, of whom 38.7% are R&D personnel; its R&D investment accounted for over 6.2% of revenue in each of the past three years. Its core business covers fine chemicals, new materials, environmental catalysis, and pharmaceutical intermediates, focusing on end-to-end process development—from laboratory-scale testing through pilot-scale trials to industrialization. Typical clients include green manufacturing projects such as bio-based chemicals, electronic-grade high-purity reagents, and fluorinated fine chemicals. Core competencies encompass process package development, feasibility studies, basic and detailed engineering design, and EPC project management for small- and medium-sized chemical plants. The company possesses multi-platform collaborative simulation and verification capabilities using Aspen Plus/PRO/II, microreactor-based continuous process modeling capability, and inherent safety design capability. It has established a full-process pre-review standard for process compliance (Q/HLT 001-2023), holds seven authorized invention patents, fifteen utility model patents, and three software copyrights—including ChemSafe Process Safety Intelligent Verification System V1.2. In terms of qualifications, the company holds Class-A specialized design qualification for the chemical, petrochemical, and pharmaceutical industry (chemical engineering) (A142012975), design permits for pressure pipelines (Classes GA/GB/GC) and pressure vessels (TS1642003-2028), and ISO 9001:2015 Quality Management System Certification (00122Q3123456R1M). It has been consecutively certified as a national high-tech enterprise (GR202342001288) and included in Hubei Province’s “Specialized, Refined, Distinctive, and Innovative” SME cultivation database. Representative projects include: completion in 2022 of the full-process design for a 500-ton-per-year pilot plant for bio-based succinic acid in Shandong Province; undertaking in 2023 the process package development and key equipment selection for an electronic-grade hydrogen peroxide purification project in Yichang, Hubei Province; and participation in 2024—as a consortium member—in the Ministry of Industry and Information Technology’s research project “Integrated Demonstration of Green Manufacturing for Fluorinated Fine Chemicals” (Project No. 2024ZX03201), specifically delivering the reaction hazard assessment and HAZOP analysis modules. Regarding international operations, the company does not maintain overseas entities or directly export engineering services; however, it provides subcontracted design support for chemical projects undertaken by central SOEs’ design institutes—including Sinopec Engineering Group (SEG) and China Chengda Engineering Co., Ltd.—in Southeast Asia and the Middle East. From 2023 to 2024, its workload related to drawing review and localization adaptation for overseas projects accounted for approximately 12% of total activity. Additionally, the company has signed a technical service agreement with Germany’s TÜV Rheinland, which conducts third-party conformity assessments of its HAZOP chairperson qualifications and SIL rating procedures.

Distillation is one of the most energy-intensive processes in soda ash production. Based on multiple proprietary technologies (vacuum distillation, sieve tray ammonia distillation tower, etc.), we provide process upgrade and retrofitting services for distillation systems in existing soda ash plants. Our retrofitting experience covers various areas including new energy-saving distillation methods, ammonia distillation system expansion, and mother liquor distillation process modification, with numerous successful retrofitting cases among major domestic soda ash producers.

We hold multiple utility model patents for sieve tray ammonia distillation towers, condensate distillation towers, and other equipment, offering one-stop retrofitting services from scheme comparison and selection to on-site commissioning for plant owners.

Zouping Dingrui Regenerative Resources Co., Ltd. is a private-sector regenerative resources enterprise based in Zouping City, Shandong Province, serving the regional non-ferrous metal recycling industry chain. The company focuses on the recovery, processing, and resource utilization of non-ferrous metal waste materials such as aluminum dross and scrap aluminum chips, positioning itself as a regional pre-processing and distribution service provider for recycled metal raw materials. Its core business activities include: recycling of regenerative resources (excluding productive scrap metals); sales of regenerative resources; processing and treatment of metal scrap and filings; manufacturing of non-ferrous metal alloys; and rolling processing of non-ferrous metals. Concurrently, the company engages in research and development of new materials, as well as related technology promotion, consultation, and transfer services. Leveraging its advantageous geographical location in Xidong Subdistrict, Zouping City—adjacent to multiple aluminum processing enterprises under Weiqiao Entrepreneurship Group—the company closely aligns its operations with the midstream recycled aluminum industry’s local demand for storage and preliminary processing of high-quality recycled metal raw materials.

Xinyuan Power Co., Ltd. is a national high-tech enterprise specializing in the research, development, production, and sales of proton exchange membrane fuel cell (PEMFC) stacks and systems. It operates under the technology incubation system of the Dalian Institute of Chemical Physics, Chinese Academy of Sciences, and holds a notable first-mover advantage in the localization and engineering of vehicle-mounted fuel cell technologies in China. The company’s core business covers the independent R&D and mass delivery of high-power vehicle-mounted fuel cell stacks (H Series and HY Series, rated power: 30–260 kW), fuel cell engine system integration, and critical components—including metallic bipolar plates and low-platinum catalyst-coated membrane electrode assemblies (MEAs). Its products have been deployed at scale in fuel cell buses, heavy-duty trucks, and special-purpose vehicles manufactured by leading Chinese OEMs such as Yutong Bus, Zhongtong Bus, Beiqi Foton, and Dongfeng Commercial Vehicle. Leveraging over 200 valid fuel cell-related invention patents—including more than 160 granted Chinese invention patents and over 20 international PCT patents—the company’s core technologies span key areas including MEAs, bipolar plates, stack structural design, cold-start capability, and water/thermal management. Its “High-Power-Density, Long-Life Vehicle-Mounted Fuel Cell Stack” received the First Prize of Liaoning Province’s Technology Invention Award in 2022 and has been included in the Ministry of Industry and Information Technology’s (MIIT) “Recommended Model Catalog for New Energy Vehicle Promotion and Application” as an approved powertrain system supplier. The company is certified to ISO 9001, ISO 14001, and IATF 16949 standards; it operates a CNAS-accredited comprehensive performance testing laboratory for fuel cell stacks and has led or participated in the formulation of 12 national and industry standards, including GB/T 23645—2023. Representative projects include hydrogen-powered transportation vehicles for the Beijing Winter Olympics (over 200 units deployed), Shanghai’s first demonstration operation of 100 fuel cell logistics heavy-duty trucks, and the fuel cell traction vehicle power system for the “Wind-Solar-Hydrogen-Energy Storage” integrated demonstration project in Ordos, Inner Mongolia. Technical collaborations extend to research institutions and automotive manufacturers in Japan, Germany, Canada, and other countries; in 2023, the company signed a joint technical verification agreement with Toyota Motor Engineering & Manufacturing (China) Co., Ltd. Currently, the company possesses intelligent production lines capable of manufacturing 5,000 fuel cell stack units annually and offers customized fuel cell stack supply, system integration, technical validation, and engineering services to vehicle OEMs, energy groups, local governments, and overseas partners.

Guangdong Nanfang Soda Ash Industrial Co,Ltd, located in Nansha District, Guangzhou City, Guangdong Province, is a state-controlled enterprise engaged in the production of soda ash and ammonium chloride, operating within the basic chemical industry sector. The company completed its mixed-ownership reform in 2022 and currently possesses an approved annual production capacity of 1.2 million tons of soda ash and 1 million tons of ammonium chloride. Its production facilities operate continuously for over 360 days per year, and its comprehensive energy consumption is 4.2% lower than the industry benchmark level, earning it recognition by the Ministry of Industry and Information Technology (MIIT) as an energy-efficiency benchmark enterprise in the soda ash industry.  

The company focuses on large-scale production and technological upgrading of soda ash, ammonium chloride, and co-produced ammonia gas under the combined alkali process (also known as the Hou’s process). Its products are primarily used in flat glass, photovoltaic glass, household detergents, water treatment, and feed additives. The company serves leading domestic customers including Fuyao Glass, Xinyi Glass, China Southern Glass Group (CSG), and Liby Group.  

The company holds proprietary core technologies such as “Low-Salt Heavy Soda Ash Crystallization Control Technology” and “Enhanced Ammonia Recovery Process for Combined Alkali Systems.” It has been granted a total of 17 invention patents and 32 utility model patents; five of these patents have been industrialized. It has led or participated in the formulation of national and industry standards, including GB/T 210.1–2022, GB/T 210.2–2022, and HG/T 2020–2021.  

The company is certified under ISO 9001 Quality Management System, ISO 14001 Environmental Management System, and ISO 45001 Occupational Health and Safety Management System. It holds the “National Industrial Product Production License” (for soda ash), the “Level-II Standardized Enterprise Certificate for Work Safety,” and the “Food Production License.”  

Over the past three years, the company has undertaken and completed Guangdong Province’s key technological transformation project—the “Demonstration Project for Green and Low-Carbon Upgrading of the Combined Alkali Process”—and the National Development and Reform Commission (NDRC) energy-saving and carbon-reduction special project—“Integrated System for Cascaded Utilization of Waste Heat in Soda Ash Production.” The latter project achieves annual energy savings equivalent to 18,000 tons of standard coal and reduces CO₂ emissions by approximately 47,000 tons.  

Cooperation models primarily include technology licensing, process package export, green technological transformation engineering consultancy, and EPC (Engineering, Procurement, and Construction) delivery, tailored to meet requirements for chemical engineering and technical service integration.