Hangzhou Turbo Energy Technology Co., Ltd.
Is a national-level high-tech enterprise dedicated to the R&D and industrialization of clean energy equipment. The company has been awarded the highest-level A+ project funding under Hangzhou Fuyang District's "5110" Program for High-Level Innovation and Entrepreneurship Talents. Its products have obtained Type Approval Certificates from China Classification Society (CCS), and the company holds three management system certifications: ISO 9001 Quality Management System, ISO 14001 Environmental Management System, and ISO 45001 Occupational Health and Safety Management System.
The company's team includes 1 expert enjoying the State Council Special Allowance, 1 Zhejiang Provincial Super Expert, 3 national-level talents, 8 professors and senior engineers, as well as more than 10 additional senior engineers and PhDs. The core team has led the achievement of 2 National Science and Technology Progress Awards (Second Class), 9 provincial and ministerial government awards and national industry honors, and has undertaken over 30 national key scientific research and engineering projects in relevant fields, boasting profound engineering technology accumulation and fruitful scientific research achievements.
Amid the wave of energy technology innovation, Hangzhou Turbo Energy Technology Co., Ltd. always drives enterprise development through technological innovation, focusing on cutting-edge demands in the energy industry. Leveraging its independently developed full-series products and intelligent process platforms, the company has built core technical barriers in three major fields: fluid mechanics, mechanical structure design, and system integration, ensuring ultra-high reliability of products under complex working conditions, and providing mature and reliable complete solutions for low-carbon transformation in the industrial, transportation, and energy sectors.
I. Factory Overview
The company's production base is located in Fuyang, Hangzhou, with its R&D and office center situated in Xihu District, both strategically located in the Yangtze River Delta with convenient logistics access. The factory covers an area of over 20,000㎡, with well-defined zones for production, testing, and warehousing. Supported by a professional team of over 100 employees, the facility boasts an annual production capacity of over 1,000 sets of cryogenic equipment, capable of both mass supply and custom-made cryogenic equipment orders.
II. Comprehensive Manufacturing System
The factory is equipped with a full range of CNC precision machining equipment and multiple clean assembly stations, capable of processing and assembling core products including high-pressure cryogenic pumps, turbine generator sets, and liquid cooling equipment. Modular assembly line operations significantly reduce on-site installation cycles for customers.
III. Professional Testing Capabilities
The company has built multiple dedicated cryogenic test benches that can simulate real working conditions such as LNG, waste heat power generation, and liquid cooling heat dissipation, enabling comprehensive testing of flow rate, pressure, power generation efficiency, and sealing durability. Complemented by quality inspection instruments including coordinate measuring machines and non-destructive testing equipment, the factory implements a three-level quality inspection process in compliance with the three major management systems, with each unit delivered with a complete test report.
IV. Strong R&D Technical Strength
The company has a professional R&D team composed of professor-level senior engineers and PhDs, which has won multiple national science and technology awards. Through long-term industry-university-research cooperation with institutions such as Zhejiang University, Shanghai Jiao Tong University, and the Chinese Academy of Sciences, the company independently holds multiple patents and simulation design software, realizing localized customized development of cryogenic fluid equipment.
Marine LNG/methanol cryogenic transfer pumps, waste heat/pressure difference/cold energy recovery turbine power generation equipment, liquid air energy storage supporting systems, data center liquid cooling pump units, and various customized non-standard cryogenic fluid machinery.
Product Application
I. Marine & Shipping Sector
Suitable for inland and ocean-going green dual-fuel vessels, our LNG and methanol cryogenic high-pressure transfer pumps are integrated into marine fuel supply systems, reducing ship exhaust pollutant emissions and complying with the latest maritime environmental regulations.
II. Oil & Gas and Natural Gas Pipeline Networks
Long-distance natural gas and urban gas pipelines: Turbine differential pressure power generation equipment recovers excess pressure energy from pipelines, achieving energy-saving power generation.
LNG receiving terminals, refueling stations, and storage terminals: Cryogenic submerged pumps and transfer pumps are used for LNG loading/unloading and pressurized transportation.
III. Industrial Waste Heat & Energy Recovery
For high energy-consuming factories in metallurgy, chemical, cement, and paper industries: ORC low-temperature waste heat generator sets and LNG cold energy recovery units recycle low-grade waste heat and cold energy from LNG vaporization, enabling self-generated and self-consumed power to reduce enterprise electricity costs.
IV. Energy Storage Industry
Complete sets of cryogenic equipment for liquid air energy storage, recovering compression heat and liquefaction cold energy, serving grid peak shaving and new energy supporting energy storage projects.
V. Data Center & Computing
CDU liquid cooling pump units for phase-change liquid cooling heat dissipation in large-scale IDC rooms and supercomputing centers, solving heat dissipation challenges of high-density servers.
VI. Chemical, Air Separation & Hydrogen Energy Sectors
For air separation plants, liquid hydrogen storage and transportation, and fine chemical projects: customized multi-stage cryogenic centrifugal pumps, high-pressure reciprocating pumps, and special expanders, adapted for the transportation and energy recovery of cryogenic media such as liquid ammonia, liquid oxygen, and liquid hydrogen.
Our Certificate
Qualifications & Certifications:
China Classification Society (CCS) Type Approval Certificate
ISO 9001 Quality Management System Certification
ISO 14001 Environmental Management System Certification
ISO 45001 Occupational Health and Safety Management System Certification
Provincial High-tech Enterprise
Provincial Technology-based SME
Invention Patents (Granted):
A leak-free ultra-high pressure liquid hydrogen pump based on permanent magnet push-pull technology, ZL202410391422.X
A variable-speed high energy density liquid cooling pump for data centers under all working conditions, ZL202410874421.0
A multi-stage damping device and motor mounting structure, ZL202510098274.7
A turbine power generation device based on permanent magnet speed regulation, ZL202510393188.9
A nitrogen pressure difference turbine expansion generator installation and testing device, ZL202511373572.9
Utility Model Patent (Granted):
Marine natural gas incineration device, ZL202520464932.5
Production Equipment
Production Market
Performance & Track Record
Hangzhou Turbo Energy Technology Co., Ltd. specializes in the R&D and manufacturing of new energy fluid equipment. Its core products include ultra-high pressure liquid hydrogen refueling equipment, compressed air/liquid air energy storage systems, LNG differential pressure turbine expander units, and marine dual-fuel power systems.
The company's liquid hydrogen refueling system is technically benchmarked against similar products from Germany's LINDE, breaking through technical bottlenecks in reliable sealing and efficient transportation of cryogenic media. Widely applied in space launch sites, cryogenic systems of large scientific engineering facilities, and emerging hydrogen energy infrastructure networks, it has strongly promoted the localization process of core equipment in China's hydrogen energy industry chain. In the field of energy storage technology, the company has strategically deployed R&D for key equipment of liquid air energy storage systems, strictly benchmarked against international advanced product standards from US-based ACD and France-based CRYO STAR. Through original fluid dynamics design and innovative material applications, the overall energy efficiency of the system has been significantly improved, and it has been successfully applied in multiple demonstrative large-scale air energy storage projects. Through in-depth cooperation with major domestic energy enterprises, the products play an increasingly important role in grid peak shaving and new energy consumption. The high-speed natural gas differential pressure turbine expander units, benchmarked against product requirements of US-based ACD, are used for efficient conversion of natural gas pressure potential energy into power. Through independent R&D of key bearing components and pneumatic control units, operation and maintenance convenience has been greatly enhanced, reducing energy waste and supply risks caused by downtime due to failures. Its comprehensive benefits are outstanding in reducing pressure energy loss during natural gas transmission and distribution and lowering carbon emissions from pipeline network operation.
Participated National/Provincial/Municipal Projects:
202204T07: Research and Application of Key Technologies for Super Large Marine Power FGSS Systems, Hangzhou Science and Technology Bureau
2022C01195: Comprehensive Development and Application of Green Clean Hydrogen Energy - Research and Application of Key Technologies for Ultra-high Pressure Liquid Hydrogen Pumps for Hydrogen Refueling Stations, Zhejiang Provincial Department of Science and Technology
2022C01074: Major Engineering Equipment - Development and Application of Intelligent Equipment for Super Large LNG-powered Ship Gas Systems, Zhejiang Provincial Department of Science and Technology
52276042: Research on Axial Force Mechanism Induced by Clearance Flow in Liquid Rocket Methane Turbopump Cavity, National Natural Science Foundation of China (NSFC)
U22A20209: Basic Research on Key Technologies of Integrated Design for Process Centrifugal Pump Units Under Severe Working Conditions, National Natural Science Foundation of China (NSFC)
2023SZD0041: Research and Demonstration Application of Key Technologies for Ultra-high Head High-power LNG Pumps for Coastal Receiving Terminals, Hangzhou Science and Technology Bureau
2024C01080: Research on Key Technologies for Super Large Marine Dual-fuel Power Supply Systems, Zhejiang Provincial Department of Science and Technology
2024C01117: Research on Key Technologies for Reusable Liquid Oxygen Methane Rocket Engines, Zhejiang Provincial Department of Science and Technology
2024SZD1B15: Research and Application of Key Technologies for Comprehensive Residual Energy Management and Control System of Natural Gas Pipeline Networks, Hangzhou Science and Technology Bureau
52472387: Research on Cavitation Flow and Its Suppression During Valve Regulation in Cryogenic Fluid Transportation Pipelines, National Natural Science Foundation of China (NSFC)
2025C01081: Development of Liquid Rocket Fuel Refueling Technology and Equipment, Zhejiang Provincial Department of Science and Technology
2025C02242: R&D and Application of Cleaner Production Technologies for Pollution and Carbon Reduction in Key Industries of Zhejiang Province - Research and Demonstration Application of Key Technologies for Collaborative Comprehensive Utilization of Multi-industry and Multi-source Hazardous Waste, Zhejiang Provincial Department of Science and Technology
Our Service
-- After-sales Service --
Provides comprehensive pre-sales, in-sales, and after-sales services to customers, including technical guidance on product application design, installation, and commissioning;
Offers technical guidance on operation, maintenance, and repair according to customer requirements;
Guarantees the supply of spare parts for maintenance, and provides parts consignment storage services for customers;
Responsible for repair services, and provides regular maintenance, periodic servicing, and personnel training;
Conducts regular follow-up with customers via phone or on-site visits;
Handles customer correspondence, visits, and telephone complaints, and answers customer inquiries. Meanwhile, collects customer feedback on product quality through various channels and implements timely improvements accordingly.