Riyadh International Industry Week is the largest industrial exhibition in Saudi Arabia, covering multiple industrial sectors such as plastics, petrochemicals, printing and packaging, and food processing.

Ningxia Langli New Materials Co., Ltd. is a high-tech enterprise specializing in the research and development, production, and sales of novel functional materials. It operates within upstream critical segments of China’s national strategic emerging industries—specifically, the “New Materials Industry” and the “New Energy Vehicle Industry.” The company’s core businesses include precursors for lithium-ion battery cathode materials (e.g., nickel-cobalt-manganese ternary precursors), electronic-grade fine chemicals, and specialty metal powder materials. Its products are widely applied in new energy power batteries, energy storage batteries, and high-end electronic components. Leveraging its provincial-level enterprise technology center, the company masters core technologies such as precise morphology and particle size distribution control of precursors via co-precipitation, and low-sodium/low-magnetic impurity control. It holds 12 authorized invention patents and 38 utility model patents; certain technical indicators have reached advanced domestic levels. The company has obtained certifications for ISO 9001 Quality Management System, ISO 14001 Environmental Management System, and IATF 16949 Automotive Quality Management System, thereby possessing qualifications to supply materials for automotive-grade battery supply chains. Its 20,000-ton-per-year ternary precursor production project was completed and commenced operations in 2023, representing a key new-materials industrialization initiative supported by Shizuishan City. Customers encompass leading domestic battery material manufacturers and multiple top-tier power battery enterprises; the company has already been integrated into the tier-two supplier systems of CATL and BYD. Currently, its business focuses on domestic markets in Northwest, East, and South China; it has no overseas direct investments or physical overseas operations. As a company listed on the National Equities Exchange and Quotations (NEEQ) (stock abbreviation: Langli New Materials; stock code: 873926), it provides upstream and downstream industrial chain partners with customized development of high-performance precursors, process collaboration and optimization, and stable large-batch supply services. It welcomes pragmatic cooperation in areas including R&D of new energy materials technologies, production capacity matching, and joint construction of supply chains.

Customized technical retrofit solutions specifically developed for operating wet-process phosphoric acid plants, with the core objective of improving the recovery efficiency of fluosilicic acid from fluorine-containing tail gases. According to technical records, this technology is patent-protected and requires targeted development based on the specific operating conditions of each plant. The benefits of increased recovery rates include additional revenue from the sale of fluosilicic acid by-products (which can be further processed into hydrofluoric acid, potassium fluoride, etc.) and a reduction in fluorine-containing tail gas emissions. Services include the design of technical retrofit solutions and customized technology development. Deliverables consist of retrofit solution documents, construction drawings, operating guidelines, and patent authorization documents. The service period ranges from 2 to 14 months, depending on the scale of the retrofit.

Hubei Fengle Eco-Fertilizer Co., Ltd. was established in November 2017, with its registered address located in the Yicheng Economic Development Zone, Xiangyang City, Hubei Province. The company’s registered capital and paid-in capital both amount to RMB 50 million. It is a fertilizer manufacturing enterprise specializing in the research, development, production, and sales of ecological and functional new-type fertilizers. The company was established through the integration and upgrading of Hubei Fengle Agricultural Science & Technology Co., Ltd., focusing on product lines including compound fertilizers, organic-inorganic compound fertilizers, blended fertilizers (BB fertilizers), bio-organic fertilizers, and soil conditioners. Its core product series—“Fengle Eco”—includes high-tower granulated compound fertilizers (containing medium and trace elements), calcium-magnesium phosphate fertilizers, and functional fertilizers enriched with humic acid or seaweed extracts. These products employ high-tower molten granulation technology and nutrient synergistic release technology, serving purposes such as soil micro-ecological restoration and efficient crop nutrient supply. The company holds the “National Industrial Product Production License” (for fertilizers) and has obtained ISO 9001:2015 Quality Management System Certification. It participated in formulating the Hubei Provincial Local Standard “DB42/T 1899-2022 Technical Requirements for Ecological Compound Fertilizers” and owns five utility model patents covering areas such as anti-caking slow-release compound fertilizer preparation and intelligent temperature-controlled granulation equipment. Its production facility is equipped with an automated DCS control system and online pollutant emission monitoring equipment registered with the provincial authorities, complying with “GB 18382-2021 Fertilizer Labeling: Content and Requirements” and “HJ 1227-2021 Emission Standards for Pollutants from Compound Fertilizer Industry.” Its primary customers are county-level agricultural input distributors and farming cooperatives in major agricultural production regions along the middle reaches of the Yangtze River—including Hubei, Henan, Anhui, and Hunan provinces—with cooperation models including regional agency, customized product development, joint agricultural technology promotion, and supply chain collaboration.

With extensive engineering design experience in the soda ash and combined soda ash sectors, over 300 related projects have been completed in the past 15 years, covering full-stage services including feasibility studies, preliminary design, construction drawing design, and dedicated safety facility design. Design expertise spans the two mainstream process routes: the ammonia-soda process and the combined soda ash process, with a track record of individual project scales ranging from tens of thousands of tons per year to the million-ton-per-year level. In recent years, engineering design has been delivered for multiple large-scale new and expansion soda ash projects domestically, as well as overseas design services for the Yiyu 300,000-ton-per-year soda ash project. Several representative projects have received national and provincial/municipal-level awards for excellent engineering design. Engineering design services cover all disciplines, including overall plant layout, process, equipment, piping, electrical, instrumentation, water supply and drainage, HVAC, building structure, and cost estimation.

Shaanxi Tanwei Rixin Chemical Co., Ltd. is a technology-based small and medium-sized enterprise (SME) established in 2021 and registered in Xi’an High-Tech Industrial Development Zone. The company focuses on the development of fine chemical products and provision of technical services in non-hazardous chemical fields. Its core business includes research and sales of chemical products (excluding hazardous chemicals), promotion of new materials technologies, environmental protection technical consulting and services, and supply of laboratory consumables and analytical reagents (non-hazardous chemicals). Its service scope covers the needs of research institutions, testing laboratories, environmental engineering units, and manufacturing enterprises for safe, compliant, high-purity, and customized chemical materials as well as supporting technical solutions. Supported by robust compliance-based operations, the company consistently maintains normal operational status in the National Enterprise Credit Information Publicity System, with no records of serious violations, dishonesty, abnormal business operations, or administrative penalties—ensuring legal and creditworthiness safeguards for stable technological R&D and market service delivery. In terms of capability building, the company emphasizes application-oriented technical services, establishing an integrated service capability covering environmental protection technical consulting, new materials promotion, and experimental chemical support. Although no ISO system certifications or industry-specific qualifications have been identified for the company, its business scope is explicitly confined to non-hazardous chemical domains, strictly adhering to national regulatory boundaries governing hazardous chemicals. Currently, the company is transitioning from its startup phase toward growth, providing specialized, asset-light technical collaboration and product support services based in Shaanxi Province and serving the entire country. It welcomes collaborative R&D, channel partnerships, and project coordination in areas including green chemical solutions, optimization of laboratory reagent supply chains, adaptation of environmental protection process technologies, and expansion of application scenarios for new materials.

Power & Energy Kenya is the 13th Kenya International Power and Energy Exhibition, covering the fields of electricity, new energy, energy storage, and more in East and Central Africa.

Dalian Chemical Design Institute Co., Ltd. Southwest Branch is registered in Chengdu City, Sichuan Province. It is a branch of Dalian Chemical Design Institute Co., Ltd., established in accordance with the company’s regional development strategy. As a specialized chemical engineering technical service enterprise possessing comprehensive engineering design qualifications, the branch is currently in a stable growth phase and is not an independent legal entity; all its business activities and legal liabilities are borne by the parent company. The branch focuses on industrial demands in western China—specifically energy and chemical engineering, fine chemicals, environmental remediation, and novel energy storage materials—and serves as a regional technical support platform delivering full-process engineering consultancy, process package development, engineering design, and digital delivery services for the Southwest region. Its core businesses include engineering design of petrochemical and coal chemical plants (including Class A and B process units), preparation of specialized safety facility design documents for hazardous chemical production construction projects, collaborative support for environmental impact assessments, engineering design and digital delivery of intelligent control systems (DCS/SIS), and digital delivery (PDMS/SP3D). Its service scope covers phosphorus chemical engineering, fluorosilicon materials, lithium battery precursor supporting engineering, and integrated treatment projects for exhaust gas and wastewater at industrial park level. Core capabilities include process package development based on Aspen Plus/HYSYS process simulation and CFD flow field analysis; safety design driven by HAZOP/SIL classification analysis; and digital delivery integrating 3D modeling with smart construction site platform data interoperability. The branch has successfully engineered the commercial application of five utility model patents—including “A Multi-Stage Cyclone Tower for Absorbing Fluorine-Containing Exhaust Gas”—and one software copyright: “Chemical Plant Safety Risk Dynamic Assessment System V1.0.” The parent company holds Grade-A qualifications for engineering design in the chemical, petrochemical, and pharmaceutical industries (Certificate No.: A121002575), GC1/GC2 pressure piping design permits, and is certified under ISO 9001:2015, ISO 14001:2015, and ISO 45001:2018. All externally issued design documents are stamped by the parent company and signed by registered chemical engineers. Representative projects include: engineering design for a 20,000-ton-per-year lithium iron phosphate solvent recovery unit in Mianyang, Sichuan; process package development for the EPC project of deep purification and resource utilization of yellow phosphorus tail gas in Qiannan, Guizhou; and feasibility studies and preliminary design for a centralized VOCs treatment project at a biotechnological fermentation industrial park in Zhaotong, Yunnan. All these projects are traceable via the National Investment Project Online Approval and Supervision Platform and local ecological environment departments’ environmental impact assessment public disclosure systems. Public records indicate no overseas operating entities or international engineering projects. Currently, the branch’s business covers five provincial-level administrative regions: Sichuan, Chongqing, Yunnan, Guizhou, and Guangxi. It supports diverse collaboration models, including consortium partnerships and technology licensing combined with engineering implementation.

Possesses A1-level (high-pressure vessel) pressure vessel design qualifications, as well as GC1, GCD, and GB1-level pressure pipeline design qualifications. The design scope covers almost all types of pressure equipment and pressure pipelines in the chemical industry. Representative independently designed equipment includes multiple soda ash core units that have obtained national patents, such as turbine-type lime premixers, fixed ammonia distillation columns, carbonylation towers without cooling sections, steam calcination furnaces, and vacuum distillation sieve plate towers for soda ash filter mother liquor. In daily operations, we continuously undertake design tasks for various pressure vessels, including reactors, distillation columns, heat exchangers, high-pressure pump cylinder bodies, and LNG high-pressure equipment, along with the design of supporting process pipelines, stress analysis (CAESARⅡ), and flexibility calculations. Design delivery can be performed according to Chinese standards, ASME standards, or European EN standards.

Middle East Saudi International Oil, Petrochemical and Natural Gas Technology Equipment Exhibition, focusing on oil, petrochemical and natural gas technology and equipment.

Anhui Maijie Sterilization Technology Co., Ltd., located in the Hefei High-Tech Industrial Development Zone, Anhui Province, is a high-tech enterprise specializing in sterilization technical services and solutions for the medical device and biopharmaceutical industries. Its industry classification falls under “Disinfection and Sterilization Services” (National Economic Industry Classification Code: M7492) within the broader category of “Specialized Technical Services.” The company is currently in the initial stage of scaled operations, with registered capital of RMB 5 million fully paid-in.  

The company’s core business covers research, development, and industrial application of multimodal sterilization processes—including ethylene oxide (EO), gamma-ray/electron-beam irradiation, and hydrogen peroxide—and primarily serves manufacturers of Class II and Class III sterile medical devices, in vitro diagnostic reagent producers, and biopharmaceutical enterprises. Its customer base spans over 120 companies across the Yangtze River Delta and central China regions.  

Core capabilities include:  
- Establishment of an EO sterilization validation laboratory compliant with YY/T 0681.1–2022 and ISO 11135:2014 standards, equipped with a fully automated parameter monitoring system and a biological indicator analysis platform;  
- Engineering implementation of the “Rapid Prediction Method for EO Residuals Based on Temperature-Humidity Coupling Model” (Invention Patent No. ZL202311529876.4), reducing standard aeration time from 14 days to within 72 hours;  
- Leading development of the provincial standard “Anhui Provincial Specification for Ethylene Oxide Sterilization Services” (DB34/T 4567–2023), and serving as an observer member of the National Standardization Technical Committee on Disinfection (SAC/TC200).  

Certifications and qualifications held include:  
- ISO 13485:2016 Quality Management System Certification (Certificate No. Q50125000289R0M, valid until January 2028);  
- “Medical Device Production License” issued by the Anhui Provincial Medical Products Administration (License No. Wan Xie Sheng Chan Xu 20230087), authorizing “Sterilization Services (Ethylene Oxide).”  

Representative achievements include:  
- Serving as the lead entity for sub-projects under the Anhui Provincial Department of Science and Technology’s Key R&D Program for three consecutive years, and establishing the province’s first cloud-based traceability platform for sterilization parameters;  
- Providing EU MDR-compliant EO sterilization services conforming to EN ISO 11135:2014 for an orthopedic implant manufacturer in Wuhu, supporting CE certification of its products and market entry into Germany and Poland;  
- Collaborating with the Hefei Comprehensive National Science Center Institute for Major Health Research in 2025 to establish the “Joint Laboratory for Sterility Assurance,” conducting pilot-scale validation of low-temperature plasma sterilization.

Manufacturing Expo is the largest manufacturing technology exhibition in the ASEAN region, covering fields such as plastics, molds, automotive parts, robotics, and automation.

Ningxia Henghui Lufeng Technology Co., Ltd. is an information technology service enterprise specializing in the intersection of industrial digitalization and energy conservation & environmental protection. Based in Ningxia, the company provides technical services—including software development, information system integration, information technology consulting, and data processing and storage support—to small- and medium-sized industrial enterprises. Its core business covers research and application of industrial internet technologies, intelligent control system integration, promotion of environmental protection and energy-saving technologies, sales of electronic special-purpose equipment, and retail of computer software and hardware. Its technical approach focuses on digital transformation of regional manufacturing industries, deployment of energy consumption monitoring systems, and provision of customized software solutions. Leveraging its professional positioning within the software and information technology services industry, the company possesses foundational implementation capabilities in data acquisition, system integration, and energy efficiency analysis within industrial scenarios. Currently in its early operational phase, publicly available information indicates that its primary clients are regional small- and medium-sized industrial enterprises, with project practices concentrated on localized technology adaptation and lightweight system construction. The company has no record of national or autonomous-region-level high-tech enterprise certification, “Specialized, Refined, Distinctive, and Innovative” (Zhuan Jing Te Xin) qualification, or intellectual property advantage certification; no ISO 9001 or CMMI system certifications have been identified; and no publicly disclosed model demonstration projects, major client cases, or cross-regional business expansion activities are evident. Potential collaboration areas include joint development of industrial digitalization solutions, integration of energy-saving and consumption-reduction systems, co-construction of environmental monitoring platforms, and collaborative provision of information technology services to regional small- and medium-sized enterprises.

Addressing the challenge of phosphogypsum storage in the phosphorus chemical industry, this technology converts phosphogypsum into two industrial products: sulfuric acid and cement, representing a circular economy process route. According to technical records, this technology offers significant economic attractiveness during periods of high international sulfur prices. Prerequisites for implementation include: first, the project site must have an adequate supply of coke; second, the sales issues arising from potential quality deviations in the co-produced cement must be considered in advance. Technical services cover the preparation of the process package, detailed engineering design, and commissioning guidance, with a cycle of approximately 3 to 12 months. This solution is recommended for phosphorus chemical industry owners facing significant pressure to dispose of phosphogypsum and having a high dependence on sulfur imports.

Middle East Saudi International Oil, Petrochemical and Natural Gas Technology Equipment Exhibition, focusing on oil, petrochemical and natural gas technology and equipment.