Beijing capital lida trading co., LTD (registered address: Chaoyang District, Beijing) is a specialized foreign trade service enterprise that has maintained compliant operations for over eighteen years. It falls under the category of science and technology promotion and application services, specifically as an importer supply chain service provider. The company’s registered capital is RMB 5 million. It focuses on the chemical industry and related industrial sectors, primarily offering import agency and integrated supply chain services for mechanical and electrical equipment, instrumentation, industrial automation components, laboratory analytical instruments, and environmental monitoring equipment. Typical application scenarios include construction of online monitoring systems for coal chemical plants, supporting upgrades of DCS/PLC systems for petrochemical enterprises, building analytical capabilities for fine chemical laboratories, equipping new material R&D platforms with instruments, and updating automatic pollution source monitoring equipment for environmental monitoring institutions. Its core competencies lie in channel integration for specific imported product categories and localized business responsiveness efficiency, enabling end-to-end services—from overseas original equipment manufacturer selection, customs declaration and clearance, localization adaptation of technical documentation, to final delivery to domestic end-users—including single-unit or multi-batch imports of critical instrumentation and analytical equipment for medium- and large-scale installations. The company holds the Customs Importer/Exporter Filing Certificate for Goods (Registration Number: 1105960138) and is a legally authorized importer/exporter under the general trade regime. In terms of performance, its clients are mainly domestic research institutes, ecological environment monitoring stations, third-party testing laboratories, and manufacturing enterprises. It has provided imported complete sets of water quality and atmospheric automatic monitoring analyzers for multiple provincial environmental monitoring centers and participated in several centralized procurement projects for laboratory instruments at chemical industrial parks, delivering high-precision analytical equipment including gas chromatography-mass spectrometry (GC-MS) systems, ion chromatographs, and infrared spectrophotometers. Regarding international operations, publicly available information does not disclose any overseas subsidiaries, permanent overseas offices, or substantive cross-border project execution records; nor does it provide verifiable evidence of AEO Advanced Certification, participation in key Belt and Road Initiative projects, or collaboration with international organizations such as the World Health Organization (WHO) or the United Nations Environment Programme (UNEP). Currently, its service scope is confined exclusively to Mainland China, supporting cooperation models characterized by technology introduction coupled with localized delivery.

I. Core Production Requirements
This request pertains to small-scale customized production services for powder-based cosmetics and daily chemical raw materials, focusing on the small-batch preparation of peptide active ingredients and compliant daily chemical raw materials. It is tailored for scenarios such as R&D sampling, formula verification, and small-batch trial production. Specific requirements are as follows:
Production Scale: Single-batch output covers the range from a few kilograms to tens of kilograms, flexibly adapting to usage needs at different R&D stages, supporting flexible production for multiple small batches.
Core Process and Equipment Requirements
Must possess freeze-drying (lyophilization) process capabilities, equipped with professional freeze-drying equipment, to meet the drying and shaping needs of heat-sensitive active ingredients such as peptides, ensuring raw material activity and stability;
Must be equipped with precise mixing equipment for solid powders to achieve uniform blending of multi-component raw materials, meeting the homogeneity requirements of cosmetic formulas;
Must have a clean production workshop compliant with cosmetic production regulations, meeting environmental control requirements for daily chemical raw material production.
Raw Material Attributes
Production raw materials are primarily peptide active ingredients, combined with other common cosmetic excipients;
All raw materials are listed in the "Catalog of Cosmetics Raw Materials Already in Use" and comply with national cosmetic regulatory requirements, containing no prohibited ingredients.

II. Cooperation Requirements
The partner must possess relevant qualifications for cosmetics raw material production and be familiar with compliance processes and quality control standards for daily chemical raw material production;
Can provide full-process production services from raw material pretreatment, freeze-drying, mixing, to finished product packaging, supporting customized process adjustments;
Can cooperate with R&D teams for process optimization and small-scale pilot scale-up, ensuring process traceability and product quality stability;
Enterprises with relevant production capabilities and technical strength are welcome to contact for discussions. Production proposals, qualification documents, and cooperation quotations can be provided.

China COSCO Shipping Dalian Investment Co., Ltd. (registered address: No. 6 Gangxing Road, Zhongshan District, Dalian City, Liaoning Province) is a second-level specialized industrial investment platform affiliated with China Ocean Shipping Company Limited. It is positioned as a comprehensive technology-service-oriented investment institution whose core focus lies in capital-driven connections, industry synergy, and green, low-carbon, and digital transformation. The company is currently at a stage of balanced development, emphasizing both steady expansion and deepening specialization. The company’s core business focuses on strategic equity investments along the shipping industry value chain—both upstream and downstream—green port infrastructure construction and operation, industrialization of supporting technologies for new-energy vessels, incubation of smart logistics platforms, and innovative cross-border supply-chain finance services. It deeply aligns with chemical engineering and technical service scenarios such as petrochemicals, port energy facilities, green fuel bunkering stations, and marine new-energy propulsion system integration. The company’s core competency is embodied in a closed-loop system of “industry analysis—capital empowerment—post-investment collaboration.” Through its holding subsidiaries, it owns 12 invention patents, including an intelligent shore-power access system for ships and a multi-energy complementary microgrid dispatching algorithm for ports. Moreover, leveraging its self-developed digital-intelligent mid-platform “Hai Lian Tong” (software copyright registration number: 2024SR0882156), the company achieves integrated carbon-footprint tracking and engineering risk management. All portfolio companies under its control hold 100% licenses for waterway transportation or port operations; five of these companies have obtained green ship technology service qualifications from the China Classification Society (CCS); and two have been included in the Ministry of Industry and Information Technology’s 2025 “Specialized, Fine, New, and Unique” Little Giant Enterprise List. The company’s headquarters has successfully passed ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 certifications (certificate numbers: Q/E/O-2023-0887, valid until September 2026). Notable achievements include leading the investment and construction of Phase I of the Dalian Taipingwan Port Area Green Smart Terminal (integrating a 5G+Beidou fully automated container handling system with a designed annual throughput capacity of 3 million TEUs) and serving as a major investor in supporting the construction and operation of China’s first domestically-built methanol dual-fuel VLCC, the “Ocean Explorer” (delivered in 2024 and awarded DNV EEDI Phase 3 ultra-low energy consumption certification). The company has established a representative office in Singapore and signed memoranda of understanding on capital cooperation with Piraeus Port in Greece and Jebel Ali Port in the United Arab Emirates. In 2025, overseas investments accounted for 28.3% of the company’s total investment portfolio, with a particular focus on developing green fuel bunkering infrastructure and synergizing digital shipping regulations. The company offers diversified collaboration models, including technology licensing and project implementation, consortium-based partnerships, and localized compliance architecture design. Publicly available information does not indicate that the company directly engages in the development of chemical process packages or the manufacturing of complete sets of equipment.

Constructing an alkali plant in Jinzhou District, Dalian

Our company plans to construct an annual 66,000-ton sodium bicarbonate project. We will first proceed with project engineering design, equipment procurement & installation, and project construction bidding. Leveraging local raw material resources and market demand in India, we aim to build a standardized sodium bicarbonate production facility, primarily producing industrial-grade and food-grade sodium bicarbonate to meet supply demands in local food processing, pharmaceuticals, chemicals, environmental protection, and other sectors. This will fill the product supply gap in the region, promote the upgrading of the local chemical industry, deepen practical cooperation between China and India in the chemical sector, and support high-quality local economic development.

The core service requirements for this project revolve around the entire process of the 66,000-ton/year sodium bicarbonate production. We will determine the cooperative partner through bidding, requiring them to provide integrated supporting services. The core service content is as follows: Provide core technology and related usage rights suitable for 66,000-ton/year sodium bicarbonate production, optimize process solutions such as carbonation, drying, and forming based on local raw material supply characteristics, prioritize mature energy-saving and environmentally friendly processes to ensure efficient and energy-saving production, with product quality meeting international and local Indian standards; Complete project basic design and detailed design, strictly adhering to local Indian chemical industry regulations, environmental safety laws, and domestic sodium bicarbonate production standards, and deliver design documents that meet construction requirements, focusing on the layout of production workshops, process pipelines, inspection and testing facilities, environmental protection facilities, raw material storage facilities, etc., to ensure smooth project implementation; Assist us in completing the selection and procurement of core production equipment required for the project, focusing on carbonation towers, reaction tanks, dryers, packaging machines, and inspection and testing equipment, ensuring that equipment performance aligns with the 66,000-ton/year production capacity requirements, seamlessly integrates with the production process, balances practicality and economy, prioritizes equipment suitable for local operating conditions and easy maintenance, and guarantees smooth project progress and on-schedule commissioning.

The project overall follows the principles of "high efficiency and energy saving, environmental compliance, and quality improvement and efficiency enhancement." The cooperative partner must possess relevant qualifications in sodium bicarbonate production process design and technical services, be proficient in sodium bicarbonate production processes and quality control requirements, familiar with local Indian chemical industry regulations, environmental standards, and raw material supply characteristics, ensuring that project construction complies with local regulatory requirements, helping us achieve the expected economic benefits and industrial driving effects of the project, promoting deeper cooperation between China and India in the chemical sector, and achieving mutual benefit and win-win outcomes.

Odfjell Terminals (Dalian) Ltd. is located in the New Port Area of Dalian Port, Liaoning Province. It is the first Sino-foreign joint venture port logistics enterprise in Northeast China specializing in integrated services for storage, transshipment, and loading/unloading of liquid chemical products and refined petroleum products. The company was jointly established by Liaoning Port Group and Marubeni Corporation (Japan), among others, with a registered capital of RMB 280 million fully paid in. It is currently operating stably and undergoing continuous technological upgrades.  

The company’s core business includes ambient-temperature, atmospheric-pressure storage of over 30 hazardous chemicals and refined petroleum products—such as propylene, benzene, methanol, ethylene glycol, fuel oil, and base oil for lubricants—as well as pipeline transportation and multimodal transshipment via rail, road, and waterway. It also provides end-to-end supporting services, including inspection, measurement, and safety emergency response. Typical clients include large-scale refining and petrochemical enterprises (e.g., Hengli Petrochemical’s PX project), international energy traders (e.g., CNPC International Business Dalian Co., Ltd.), and lithium battery material supply chain enterprises (e.g., SK On of South Korea and Sumitomo Chemical of Japan).  

Its core capabilities encompass five patents and two software copyrights, including: (1) development of a high-precision, multi-parameter coupled measurement algorithm for liquid level–temperature–density; (2) application of low-temperature methanol wash-compatible storage and transportation processes; (3) dynamic leakage risk assessment for tank farms based on digital twin technology (Patent No.: ZL202310876521.4); (4) anti-static rapid unloading devices (Patent No.: ZL202221328745.6); and (5) two additional patented technologies and software copyrights. The company operates a modern tank farm with a total tank capacity of 420,000 cubic meters, fully equipped with Safety Instrumented Systems (SIS), Distributed Control Systems (DCS), and online VOCs monitoring devices, compliant with API RP 2510 and GB 50160 standards.  

It holds the “Hazardous Chemicals Operating Permit” (Liaoning B Safety Operation Permit No. [2023] 0017) and the “Port Operation Permit” (Dalian Port Operation Permit No. [2024] 029), and has achieved integrated certification under ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018.  

For ten consecutive years, it has ensured smooth transshipment of PX raw materials imported by Hengli Petrochemical, handling over 6.8 million tons annually on average. In 2025, it completed transshipment of 186,000 tons of base oil from the Amur Gas Processing Complex in Russia, supporting Dalian Pilot Free Trade Zone’s inaugural pilot project for bonded + export tax rebate LNG-blended fuel oil. Leveraging Liaoning Port Group’s global shipping network, the company offers cross-border bonded warehousing, just-in-time (JIT) delivery, and integrated multimodal transportation services across Northeast Asia.

Leveraging local salt resources and民生需求 in Uzbekistan, our company plans to construct a standardized iodized salt production facility with an annual capacity of 24,000 tons. The facility will primarily produce flake and granular iodized salt to meet the consumption needs of local residents and small-scale food processing requirements, address the supply gap of qualified iodized salt in the region, contribute to the elimination of iodine deficiency disorders, advance the development of livelihood security, and deepen practical cooperation between China and Uzbekistan in the民生领域.

The core service requirements of this project encompass the entire production process for 24,000 tons/year of iodized salt. We will determine our cooperation partner through tender selection, requiring them to provide integrated supporting services. The core service content includes: providing core technologies and related usage rights suitable for producing 24,000 tons/year of flake/granular iodized salt, optimizing process solutions for crushing, iodization, forming, and drying to ensure efficient and energy-efficient production with iodine content meeting both international and Uzbekistan local standards; completing the basic and detailed design of the project, strictly adhering to local Uzbekistan food hygiene, environmental safety regulations, and domestic salt production standards, issuing design documents that meet construction requirements, with key coverage of production workshop layout, process pipelines, inspection and testing facilities, and environmental protection facilities design to ensure smooth implementation; assisting us in the selection and procurement of core production equipment required for the project, with key coverage of iodizing machines, forming machines, drying machines, packaging machines, and inspection and testing equipment, ensuring equipment performance aligns with the 24,000 tons/year production capacity, seamlessly adapts to the production process, balances practicality and economy, and guarantees the smooth progress and on-time commissioning of the project.

The project as a whole follows the principles of "meeting quality standards, prioritizing livelihood needs, and ensuring energy efficiency and compliance." The cooperation partner must possess qualifications related to iodized salt production process design and technical services, be proficient in iodized salt production processes and quality control requirements, and be familiar with local Uzbekistan food hygiene and environmental industry regulations to ensure project construction complies with local requirements, help us achieve the expected livelihood and social benefits of the project, deepen China-Uzbekistan cooperation in the livelihood sector, and achieve mutual benefits and win-win outcomes.

Shanghai Jinri Cooling Equipment Co., Ltd., located in Chedun Town, Songjiang District, Shanghai, is a national high-tech enterprise and a Shanghai-based “Specialized, Refined, Distinctive, and Innovative” small- and medium-sized enterprise. The company has focused on the research, development, and manufacturing of industrial cooling systems for over two decades, operating within the “Heat Exchanger Equipment Manufacturing” (C3463) subsector of the general-purpose equipment manufacturing industry. It possesses full-chain capabilities spanning intelligent equipment design, core component manufacturing, and system integration and delivery. Its core business serves industrial sectors with stringent temperature control reliability requirements—including power generation, chemical processing, metallurgy, shipbuilding, and data centers—particularly establishing stable service pathways in energy-saving retrofits of coal chemical circulating water systems, upgrades of closed-circuit cooling towers for petrochemical facilities, customized explosion-proof liquid-cooling modules for fine chemical applications, and high-precision temperature control solutions for new materials production processes. Core technologies center on intelligent variable-frequency fan motor-electronic control coupling, dual-mode spray-air cooling collaborative heat dissipation, and edge-computing-based energy efficiency prediction models. The company holds four valid invention patents, 17 utility model patents, and three software copyrights. Its flagship JIR-series intelligent closed-circuit cooling towers achieve a measured comprehensive energy efficiency ratio (EER) of 4.21—12.3% higher than China’s Grade 1 national energy efficiency standard limit. The company has obtained integrated certification to ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018; holds qualification as a primary drafting entity for JB/T 13889-2020 “Evaporative Condensers”; and leads the formulation of the group standard “Data Interface Specification for Intelligent Cooling Systems for Industrial Use” (T/CMES 32001-2023). Representative projects include the energy-saving retrofit of the No. 1 Blast Furnace Water System at Baoshan Iron & Steel Co., Ltd.; the upgrade project of the circulating water station at CNOOC Huizhou Petrochemical Co., Ltd.; and the cooling system integration project for the Lingang Data Center of Shanghai Telecom. Its services cover 28 provinces, municipalities, and autonomous regions across East China, where it has consistently ranked among the top five in market share for industrial cooling equipment over the past three years. Regarding international operations, the company has obtained CE and ASME U/U2 certifications; its products have been exported to Belt and Road Initiative countries including Vietnam, Indonesia, and Kazakhstan; overseas revenue accounted for 18.7% of total revenue in 2024; and current international business primarily comprises ODM exports and technology licensing.

We are the project owner preparing to construct a 200,000 tons/year soda ash and 25,000 tons/year sodium bicarbonate project. Leveraging local raw material resources and geographical advantages in Pakistan, we will build a joint production facility for soda ash and sodium bicarbonate. This project will meet the market demand for soda ash and sodium bicarbonate in local industries such as chemicals, building materials, and food processing, fill the supply gap in the region, promote the upgrade of the local chemical industry, deepen pragmatic cooperation in the chemical sector between China and Pakistan, and contribute to high-quality economic development. The project will adopt a mature and efficient joint production process, balancing energy conservation, environmental protection, and economic viability. Referencing investment and construction standards of similar domestic projects, we will reasonably control project costs and construction cycles to create a large-scale, standardized, and modern chemical production base.

The core service requirements for this project revolve around the full process of technology, design, and procurement for the joint production facility. We will determine the cooperating unit through tendering, requiring them to provide integrated supporting services. The core service contents are as follows: Provide core technology and relevant usage rights adapted for the joint production of 200,000 tons of soda ash and 25,000 tons of sodium bicarbonate; optimize the process scheme based on the actual project conditions; and resolve key issues such as material connection and energy consumption control in the coordinated production of the two products to ensure an efficient and compliant production process. Complete the basic design and detailed design of the project, strictly adhering to local chemical industry regulations, environmental and safety standards in Pakistan, and our requirements, and issue design documents meeting construction needs, with a focus on the design of core facilities such as soda ash calcination, carbonation, sodium bicarbonate synthesis, and drying, ensuring smooth implementation of construction. Assist us in completing the selection and procurement of core production equipment required for the project, covering key equipment such as ammonia stripping towers, carbonation towers, and dryers, along with supporting instrumentation. Ensure that the equipment performance aligns with the project's capacity requirements, seamlessly adapts to the production process, and guarantees the smooth advancement and on-time commissioning of the project.

The overall project follows the principles of "efficient collaboration, energy conservation and compliance, quality improvement and efficiency enhancement." The cooperating unit must possess relevant service qualifications for joint production projects of soda ash and sodium bicarbonate, be proficient in related production process technologies, and be familiar with local chemical industry regulations and environmental and safety standards in Pakistan. This ensures that the project construction complies with local regulatory requirements, helps us achieve the expected economic benefits and industrial driving effects of the project, promotes the deepening of cooperation in the chemical sector between China and Pakistan, and achieves mutual benefit and win-win outcomes.

Qingdao Aikang Environmental Protection Technology Co., Ltd. is located in the Jiangshan Industrial Park, Qingdao, covering an area of 13,333 m², with a factory building area of 12,000 m². Its ozone production capacity has exceeded 2,000 kg/year for two consecutive years. The location offers convenient transportation and an attractive environment. The company is a national high-tech enterprise specializing in the research and development, manufacturing, and system integration of environmental monitoring equipment. It operates within the ecological conservation and environmental governance industry (National Economic Industry Classification Code 772), is in a stage of scaled growth, has registered capital of RMB 10 million fully paid-in, and employs 42 individuals covered by social insurance.

The company’s core business covers online atmospheric pollution source monitoring systems, complete sets of equipment for automated water quality monitoring stations, VOCs mobile monitoring vehicles, and intelligent operation & maintenance management platforms. Its primary customers include chemical industrial parks, coal chemical and petrochemical enterprises for effluent discharge point monitoring; fine chemical enterprises for supervision of exhaust gas treatment facility operations; and new materials industrial parks for water quality early-warning applications.

The company possesses high-precision identification capability for low-concentration SO₂/NOx based on multispectral inversion algorithms. It features condensation-prevention sampling pretreatment modules and EMC anti-interference design capabilities supported by a reliability laboratory accredited by CNAS (L9876). It holds six authorized invention patents, 19 utility model patents, and 23 software copyrights. Its flagship product, the AK-3000 series flue gas ultra-low emission continuous emission monitoring system, has passed applicability testing conducted by the China National Environmental Monitoring Centre (Certificate No. ZHONGHUAN JIANCE YANZI [2024] No. 089), achieving a measurement error of ≤ ±1.5%, complying with HJ 75–2017 and supporting direct data transmission via the HJ 212–2017 protocol.

The company has obtained certifications for ISO 9001, ISO 14001, and ISO 45001. It holds the “Filing Qualification for Enterprises Manufacturing Specialized Environmental Protection Equipment”, CMA accreditation for inspection and testing institutions (No. 221501060234), and inclusion in the Ministry of Industry and Information Technology’s List of Enterprises Meeting Standardization Requirements for Environmental Protection Equipment Manufacturing (Batch II, 2025).

Representative projects include construction of the Shandong Provincial Department of Ecology and Environment’s “Province-wide Key Industrial Parks VOCs Grid-based Monitoring Capacity Building Project” (contract value: RMB 48.6 million); delivery of 12 sets of automated water quality monitoring stations and an AI-based early-warning platform to the Caofeidian Industrial Park in Tangshan City, Hebei Province; and participation in the sub-project “Engineering Application Verification of Domestic Ultraviolet Differential Optical Absorption Spectroscopy Analyzers” under the National Major Scientific Instrument Development Program.

The company has exported air quality micro-stations and associated data platforms to the Ho Chi Minh City Department of Environment (Qingdao Customs Declaration No. QD202509123456) and signed a Technical Mutual Recognition Memorandum of Understanding with TÜV Rheinland Germany (TR-DE-QD-2025-068). It is currently pursuing CE certification and market access in the Middle East.

Our company intends to implement the design for a 300,000 tons/year soda ash capacity expansion at the Kungler Soda Ash Plant. This project is a key expansion initiative for us. The plant currently has a capacity of 200,000 tons/year and is the sole soda ash supplier in Central Asia. The expansion will significantly increase capacity to meet the market demand in Uzbekistan and surrounding regions, consolidate its regional position, promote local chemical industry upgrading, and deepen China-Uzbekistan cooperation. As an expansion of the existing soda ash plant, this project can fully utilize existing public facilities and supporting resources. By referencing standards from similar domestic projects, we aim to control investment and construction timelines while balancing economic viability and compliance.

The core requirement of this project is the engineering design and supporting services for the 300,000 tons soda ash expansion. We are now tendering to select a cooperative unit to provide integrated full-process services. The key requirements are as follows: Provide expansion core technology and usage rights compatible with the existing plant, optimize the existing ammonia-soda process, address equipment interfacing and process adaptation issues, and ensure efficient, compliant, and energy-saving production; Complete basic and detailed design in accordance with local Uzbek regulations and our requirements, aligning with the plant's current layout, with a focus on designing new core equipment and retrofitting existing facilities, and deliver qualified construction design documents; Assist in the selection and procurement of core equipment to ensure it matches the expansion scale, is compatible with existing equipment, and meets large-scale production needs.

The project follows the principles of "efficient adaptation, energy-saving compliance, and quality and efficiency improvement." The cooperative unit must possess qualifications for large-scale soda ash expansion services, be proficient in relevant processes, and be familiar with Uzbek chemical industry regulations, GOST-UZ certification, and environmental and safety standards. This will ensure the project progresses compliantly, is commissioned on schedule, achieves economic benefits and industrial driving effects, and deepens practical and mutually beneficial cooperation in the chemical industry between China and Uzbekistan.

Additionally, to meet the production needs of the soda ash plant, our company plans to procure two elevator-type granulators for soda ash granulation, facilitating storage, transportation, and downstream use, thereby enhancing product added value. Referencing standards from similar domestic soda ash plants and India's SPIC soda ash plant, the procurement equipment is of large-capacity type, with a single unit monthly output of 10,000–15,000 tons. Contact parts are made of corrosion-resistant stainless steel, equipped with basic automated control functions, and compatible with existing production lines. The equipment must comply with chemical industry standards and local Indian compliance standards, with a particle degradation rate ≤5% and core components meeting standards. Suppliers must provide comprehensive after-sales service to ensure stable equipment operation and support efficient production at the soda ash plant.

Wuxi Yineng Electric Power Equipment Co., Ltd., located in Xishan District, Wuxi City, Jiangsu Province, is a national high-tech enterprise specializing in the research and development, manufacturing, and system integration of secondary power system equipment. In December 2023, the company was listed on the National Equities Exchange and Quotations (NEEQ) for Small and Medium Enterprises (stock code: 874326), entering a stage of standardized capital market development. Its core business covers integrated hardware-software solutions including intelligent substation protection and control devices, distribution automation terminals (DTUs/FTUs), relay protection systems, grid-connected monitoring systems for new energy sources, and edge-computing platforms for the power Internet of Things (IoT). Its products have been deployed in scenarios such as microgrid construction in coal chemical industrial parks, intelligent transformation of power supply and distribution systems in petrochemical enterprises, energy consumption monitoring and fault early-warning systems in fine chemical plants, and distribution automation upgrades at new materials production bases. The company possesses two industrialized patented technologies: an independently controllable IEC 61850 protocol-based distributed feeder automation system (Patent No.: ZL202110293822.6) and a smart terminal for transformer districts with high-penetration photovoltaic (PV) access (Patent No.: ZL202221564901.8); it holds 12 invention patents, 38 utility model patents, and 57 software copyrights. R&D expenditure accounts for 9.3% of revenue, and R&D personnel constitute 41.6% of total staff. The company has obtained certification for the ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 management systems; holds Grade IV qualification for power testing issued by the National Energy Administration; possesses the China Electricity Council’s Certificate of Compliance for Cybersecurity Protection Capability Assessment of Power Monitoring Systems; and has passed all type tests conducted by the China Electric Power Research Institute (CEPRI) and grid-access testing performed by State Grid Jiangsu Electric Power Co., Ltd. The ZDN-800 series DTU completed full-item testing under State Grid’s new-generation standardization program in January 2025 (Report No.: EPRI-2025-DT-0187). Representative projects include supplying distribution terminals for Wuxi City’s “County-wide Demonstration Project for Enhancing Rooftop PV Consumption Capacity” (contract value: RMB 42.8 million), winning framework tenders for distribution automation terminals from Guangdong Power Grid for two consecutive years, and serving as a primary drafting entity for the revision of “DL/T 2455—2022 Technical Specification for Distribution Automation Terminals.” In 2025, the company exported intelligent 10 kV ring-main unit (RMU) companion terminals to EVN Northern Grid in Vietnam, completing TÜV SÜD certification and localization of communication protocols. Its service network covers 28 provincial administrative regions across China; regional technical service centers are established in Nanjing and Shenzhen, and an overseas technical support liaison office operates in Bangkok, Thailand. International business primarily comprises equipment exports and technical cooperation; publicly available information does not disclose the proportion of overseas revenue or overseas manufacturing bases.

Our company plans to implement a design for expanding the annual soda ash production capacity of the Kungrad Soda Plant by 300,000 tons. This project is a key expansion initiative for us. The plant currently has an annual production capacity of 200,000 tons and is the sole soda ash supplier in Central Asia. The expansion will significantly increase capacity, meet the market demand in Uzbekistan and surrounding regions, consolidate its regional position, promote local chemical industry upgrades, and deepen China-Uzbekistan cooperation. As an expansion of the existing soda ash plant, this project can fully utilize existing public facilities and supporting resources. By referencing standards from similar domestic projects, we aim to control investment and construction timelines while balancing economic efficiency and compliance.
The core requirement of this project is the engineering design and supporting services for the 300,000-ton soda ash expansion. We are now inviting bids to select a cooperative unit to provide integrated full-process services. The key requirements are as follows: Provide expansion core technologies and usage rights compatible with the existing soda ash plant, optimize the current ammonia-soda process, address equipment integration and process compatibility issues, and ensure efficient, compliant, and energy-saving production; Complete basic and detailed designs in accordance with local Uzbek regulations and our requirements, aligning with the plant's existing layout, with a focus on designing new core equipment and retrofitting existing facilities, and deliver qualified construction design documents; Assist in the selection and procurement of core equipment to ensure compatibility with the expansion scale and existing equipment, meeting large-scale production needs.
The project follows the principles of "efficient compatibility, energy-saving compliance, and quality and efficiency enhancement." The cooperative unit must possess qualifications for large-scale soda ash expansion services, be proficient in relevant processes, and be familiar with Uzbek chemical industry regulations, GOST-UZ certification, and environmental and safety standards. This will ensure the project progresses compliantly, achieves on-schedule commissioning, realizes economic benefits and industrial driving effects, and deepens practical and mutually beneficial cooperation in the chemical industry between China and Uzbekistan.

Wuxi Zhangjing Pressure Vessel Manufacturing Co., Ltd. is located in Donggang Town, Xishan District, Wuxi City, Jiangsu Province. The company is a national high-tech enterprise, a specialized, refined, and innovative small- and medium-sized enterprise in Jiangsu Province, and a technology-based SME. It specializes in the design, manufacturing, and technical services of pressure vessels and operates within the niche segment of “boiler, pressure vessel, and pipeline manufacturing” (C3432) in the special equipment manufacturing industry. The company is currently in a phase of stable development. Its core products include hydrogenation reactors for oil refining and petrochemicals, waste heat boilers配套 with coal-to-gasification furnaces, corrosion-resistant titanium-composite plate reactors used for the synthesis of lithium battery cathode materials, and integrated valve modules for hydrogen storage and transportation systems at 35 MPa/70 MPa—such as on-vehicle hydrogen storage cylinders. These high-end equipment are primarily serving sectors including petrochemicals, coal chemical industry, new energy materials, nuclear power, and environmental protection engineering. The company holds full qualifications for both rule-based design (A1/A2 levels) and manufacturing (A1/A2/D1/D2 levels) of stationary pressure vessels (TS2232036-2027), covering pressure vessels from Class I to Class III. It is one of the few private enterprises in China that has obtained A1-level design and manufacturing licenses for high-pressure and ultra-high-pressure vessels. The company also holds ASME U/U2 certification (U-2025-0186, valid until 2028) and complies with ASME BPVC Section VIII Div. 1/2 standards. Additionally, it has achieved ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018 certifications, as well as PED 2014/68/EU CE certification (NB 0123). The company has established the Jiangsu Provincial Advanced Manufacturing Engineering Technology Research Center for Pressure Vessels and holds three invention patents and twelve utility model patents. Its "thick-walled cylinder narrow-gap automatic welding process" was applied to the second-phase project of Zhenhai Refining & Chemical Company of Sinopec, achieving a first-pass weld qualification rate of 99.8%. Typical project achievements include supplying a Φ4200×32000 mm hydrogenation reactor (design pressure 18.5 MPa) to Hengli Petrochemical (Dalian); delivering a complete set of solvent recovery tower equipment for the 300,000-ton/year lithium iron phosphate project of China National Chemical Corporation Yunnan Energy Investment; and undertaking the manufacturing of boron acid storage tank clusters for the Zhangzhou Nuclear Power Plant of China National Nuclear Corporation. The company has exported eight sets of ASME-standard heat exchangers to PetroVietnam in Vietnam and KazMunayGas in Kazakhstan. In 2025, it signed a technical cooperation memorandum with ADNOC in the United Arab Emirates, planning to jointly establish a localized service center in the Middle East to support cross-border EPC projects, technology licensing, project implementation, and consortium collaborations.

As the project bidding party, we are preparing to construct a production facility for iodine, bromine, and bromine derivatives. The core of this project is to leverage local raw material advantages to produce high-purity iodine, industrial-grade bromine, and a series of bromine derivative products, filling the local supply gap for related chemical products while promoting regional chemical industry upgrading and supporting local economic development. This project is of small scale, with core capacity set at 50-70 tons/year of iodine and 600-2000 tons/year of bromine, based on domestic small-scale similar project capacity standards. It will include the production of simple bromine derivatives such as sodium bromide and hydrobromic acid at 500-1000 tons/year. The project focuses on efficient, economical, and compliant production requirements, supported by complete production and auxiliary facilities to ensure stable project implementation. The overall scale aligns with domestic small-scale iodine and bromine extraction and deep-processing project configurations, adapting to the initial needs of local resource development while controlling project investment and operational costs.

The core service requirements of this project center around the production of iodine, bromine, and bromine derivatives. Through bidding, we will determine the cooperating party, which is required to provide comprehensive full-process supporting services. The core service contents include: providing core technology for iodine and bromine extraction and bromine derivative synthesis suitable for small-scale factories, granting relevant technology usage rights to ensure production processes are compliant and efficient; completing basic and detailed project design in strict accordance with local chemical industry standards and our requirements, issuing design documents that meet standards to ensure smooth construction; assisting us in the selection and procurement of core production equipment, with emphasis on iodine and bromine extraction equipment, reaction equipment, purification equipment, and supporting instruments, ensuring equipment performance is suitable for small-scale production and meets the production requirements for iodine, bromine, and bromine derivatives.

The project as a whole follows the principles of "efficiency, energy conservation, and compliance." The cooperating party must possess relevant qualifications for small-scale chemical projects and be proficient in iodine and bromine extraction and bromine derivative synthesis technology, ensuring production processes meet environmental and safety standards. This will ensure smooth project implementation, achieve expected economic benefits and industrial driving effects, and deepen cooperation between our party and Turkmenistan in the chemical field, achieving mutual benefits and win-win outcomes.