At a glance
| Booth | R7612 |
| Country | CN |
| Website | www.ydflow.com |
Company profile
Shanghai YD Technology (Group) Co., LTD. was established in 2004 and began in the semiconductor IC industry with SMIC; a factory was established in 2005 and the first batch of equipment was delivered to HHNEC, the company was reorganized in 2009, an R&D team focused on gas and chemical equipment and a key laboratory were established in 2010, and it was identified as a reliable supplier to TSMC/HHGRACE in 2014. Its business covers customized solutions, management consulting, raw-material purification and filling systems, process-equipment R&D and manufacturing, utility-support-system planning and design, recovery and reuse technologies, industry talent training, and operation and maintenance services for fields including integrated circuits, biopharmaceuticals, food, chemicals, and automobiles. The group states that it has obtained more than 200 invention-patent certificates, and site metrics list 300+ employees, 150+ awarded certificates, 5+ equipment-manufacturing factories, and 330000 m² of factory area. Named customers and service relationships include TSMC, Grace Semiconductor Manufacturing Corporation, the ASE Group, TSMC (China), TSMC (Nanjing), Solvay (China), Shanghai Advanced Silicon, Innoscience, 富芯 Semiconductor, 興華芯 Semiconductor, and Shanghai Jita Semiconductor, with partners across semiconductor, liquid-crystal-panel, photovoltaic, and lithium-battery industries. The group describes entities and activities spanning semiconductor-component localization, third-party testing of high-purity chemicals and ultra-clean environments, quality control from raw materials through intermediate control and finished products, technical talent training, and operation and maintenance of utility-support systems for high-tech integrated-circuit and semiconductor facilities. Its listed qualifications and recognitions include high-tech and specialized-and-innovative credentials, a Chongming District enterprise technology-center certificate, TSMC honor certificates, enterprise credit credentials, a construction safety permit, construction qualifications, SEMI S2-CDM, SEMI S2-GC, SEMI S2-CR 300, GC2 installation and design qualifications, environmental, occupational-health-and-safety, and quality management credentials, special-equipment production licenses, and verification-of-conformity records. R&D directions include advanced semiconductor process technology, electronic chemicals, purification and reuse, and deep purification of organic solvents, supported by system design and integration, construction management, and technical service capabilities. The company also operates two clean laboratories, CLASS100 for trace-metal testing and CLASS10000 for routine testing such as concentration, moisture, anions, cations, and metal ions, using ICP-MS, GC, IC, UV, coulometric or volumetric moisture testers, automatic titrators, density meters, refractometers, and multiparameter meters. Additional development milestones list industry experts joining in 2020 and the creation of a technical-service branch focused on TGCM service in 2022, while the 2014 milestone also identifies the company as a 10-year quality service provider. Named group entities include 億威盛 Semiconductor Technology (Shanghai) Co., Ltd., 億豐測 (Shanghai) Analytical Technology Co., Ltd., Shanghai YD Technical Service Co., Ltd., and Shanghai YD Education Technology Co., Ltd.. Other listed credibility and service recognitions include enterprise credit-rating and creditworthiness certificates, Quality Service Integrity Unit, Contract-honoring and Credit-worthy Enterprise, Integrity Management Demonstration Unit, Tendering Credit Rating Certificate, Integrity Entrepreneur, Integrity Supplier, After-sales Service Integrity Certified Enterprise, and Service-honoring and Credit-worthy Enterprise.
Exhibits
Specialty-gas supply systems use fully enclosed or open cabinets selected for inert, flammable and explosive, or toxic and corrosive gases, with automatic switching, automatic purging, emergency shutoff, leak detection, supply-pressure monitoring, PLC-controlled uninterrupted gas supply, and real-time data transmission for SEMI, LED, TFT, and SUN SOLAR applications; the full series is stated to have passed semiconductor-industry SEMI-S2 safety certification. Chemical supply systems can combine tanker trucks, CCB, storage or day tanks, CDM supply units, liquid-delivery piping, TBOX valve boxes, and VMB distribution valve boxes. Slurry, DHF, TMAH, DKOH, SC-1, SC-2, and SPM single-component dilution and multi-component blending systems use mass-flow meters, titrators, and concentration meters to check blending results and support stable supply according to system requirements and liquid properties. Electronic-grade wet-chemical drum washing, filling, and packaging systems offer fully automatic or semi-automatic filling for inorganic acid and alkali media and organic media in ISO Tank, IBC Tank, 200L Drum, 20L Barrel, and Gallon Barrel specifications. Bulk-gas systems cover N2, O2, H2, Ar, and He with on-site gas generation or gas-station and piping-network configurations, while the broader facility-system scope includes Power, Process Cooling Water, UPW/WWT, Process Vacuum, High Vacuum with Pumping-line and Pumping-Exhaust, Exhaust, Bulk Gas, Special Gas, Chemical, and Foundation. Pure-water and ultrapure-water systems provide process water for integrated-circuit manufacturing, semiconductor materials, ultrapure chemical-reagent water, and electronics plants. Wastewater-treatment systems address semiconductor-fab, machining, food-and-beverage, and domestic wastewater and can remove organics, heavy metals, and salts from part of the treated water for reuse; named project examples include Shanghai Tianma Micro-electronics Co., Ltd., Organo (Suzhou) Water Treatment Co., Ltd., Zhejiang 集邁科 Microelectronics Co., Ltd., Zhejiang Dushan New Material Technology Co., Ltd., TSMC China Company Limited, and 興華芯 (Shaoxing) Semiconductor Technology Co., Ltd.. On-site solvent recovery and reuse systems serve processes including semiconductor-line cleaning, lithium-battery coating, and extraction in biopharmaceutical and chemical operations, and are stated to reduce waste-liquid treatment costs and new-liquid purchases while using a low-footprint design without a high tower, reducing dependence on outsourced incineration or recovery and the associated cross-regional transport and outsourcing costs and road-transport safety risks; the equipment can also be configured by unit according to customer requirements. The chemical recovery and reuse system is described as the first domestic on-site raw-material recovery and reuse technology offered to integrated-circuit and semiconductor companies, supported by CLASS100 trace-metal testing and CLASS10000 testing for concentration, moisture, anions, cations, and metal ions. The service portfolio is organized across electromechanical engineering, bulk gas, specialty gas, chemical systems, water treatment, purification and reuse, testing, and TGCM, with the stated goal of stable, continuous, uninterrupted system support.
Capabilities and products
- Specialty gas supply systems
- Chemical supply systems
- Slurry and chemical blending and supply systems
- Electronic-grade wet chemical drum cleaning and filling systems
- Bulk gas supply systems
- Pure and ultrapure water systems for semiconductor processes
- Solvent purification and recycling systems
- Semiconductor fab wastewater treatment
- Machining wastewater treatment
- Food and beverage wastewater treatment
- Domestic sewage treatment
- Wastewater reclamation through organic, heavy-metal and salt removal
- Process cooling water system engineering
- Process vacuum and high-vacuum system engineering
- Facility exhaust system engineering
- Trace-metal testing of chemicals
- Chemical concentration, moisture and ion testing
- On-site chemical recycling for semiconductors
- Facility utility system planning and design
- Semiconductor facility utility system operation and maintenance
- Semiconductor technical workforce training
- Third-party testing of ultra-high-purity electronic chemicals
- Management consulting services