Hanwoul Engineering, The Republic of Korea - Komachine Supplier Profile and Product List

- Hanwoul Engineering is a specialized manufacturer of high-pressure and high-temperature reactors, along with high-pressure and vacuum magnetic drives. The company possesses the capability to custom-produce various research equipment tailored to customer requirements for technological development. It offers a comprehensive product line including High Pressure Reactor Systems, Supercritical Reactor Systems, Lab & Bench Scale Systems, and Pilot Scale Systems. The firm is committed to delivering customer-centric products based on advanced technology and reliability.Hanwoul Engineering is a specialized manufacturer of high-pressure and high-temperature reactors, along with high-pressure and vacuum magnetic drives. The company possesses the capability to custom-produce various research equipment tailored to customer requirements for technological development. It offers a comprehensive product line including High Pressure Reactor Systems, Supercritical Reactor Systems, Lab & Bench Scale Systems, and Pilot Scale Systems. The firm is committed to delivering customer-centric products based on advanced technology and reliability.
- High Pressure Reactor System: A reactor system designed for high-temperature and high-pressure applications, featuring efficient mixing capabilities through Magnetic Bar and Magnetic Drive technologies. This system is applicable to various chemical reactions such as Hydrogenation, Hydrothermal, Supercritical, and Polymerization processes. It includes HR-Series models and is optimized for laboratory and research environments. The system is capable of operating at temperatures exceeding 300℃ and pressures above 20 bar.High Pressure Reactor System: A reactor system designed for high-temperature and high-pressure applications, featuring efficient mixing capabilities through Magnetic Bar and Magnetic Drive technologies. This system is applicable to various chemical reactions such as Hydrogenation, Hydrothermal, Supercritical, and Polymerization processes. It includes HR-Series models and is optimized for laboratory and research environments. The system is capable of operating at temperatures exceeding 300℃ and pressures above 20 bar.
- Supercritical Reactor System: An advanced reactor system operating at temperatures and pressures above the critical point of water (374°C, 22.1 MPa). This technology contributes to improved economic efficiency through higher thermal efficiency and process simplification. It utilizes the unique properties of supercritical fluids for diverse research and industrial applications.Supercritical Reactor System: An advanced reactor system operating at temperatures and pressures above the critical point of water (374°C, 22.1 MPa). This technology contributes to improved economic efficiency through higher thermal efficiency and process simplification. It utilizes the unique properties of supercritical fluids for diverse research and industrial applications.
- Lab & Bench Scale System and Pilot Scale System: Small-scale and medium-scale research equipment systems essential for technological development and research activities. The company demonstrates flexible production capabilities, custom-manufacturing these systems according to specific customer requirements. Hydrothermal reactors (Bomb Type HR-8100) are available for custom production from 20cc to 500cc, with design conditions up to 250℃ (O.T. 220℃) and 35 bar (O.P. 25 bar). These systems include Teflon liners, making them suitable for reactions involving corrosive substances.Lab & Bench Scale System and Pilot Scale System: Small-scale and medium-scale research equipment systems essential for technological development and research activities. The company demonstrates flexible production capabilities, custom-manufacturing these systems according to specific customer requirements. Hydrothermal reactors (Bomb Type HR-8100) are available for custom production from 20cc to 500cc, with design conditions up to 250℃ (O.T. 220℃) and 35 bar (O.P. 25 bar). These systems include Teflon liners, making them suitable for reactions involving corrosive substances.
- Magnetic Drive & Impeller: Production of magnetic drives and impellers for high-pressure and vacuum environments. This core technology ensures leak-free operation by transferring power and rotational motion without physical contact. It eliminates the need for mechanical seals, thereby reducing maintenance costs and improving system uptime. Various chemical-resistant materials such as SS316, Hastelloy C, Inconel, PEEK, and Monel are available.Magnetic Drive & Impeller: Production of magnetic drives and impellers for high-pressure and vacuum environments. This core technology ensures leak-free operation by transferring power and rotational motion without physical contact. It eliminates the need for mechanical seals, thereby reducing maintenance costs and improving system uptime. Various chemical-resistant materials such as SS316, Hastelloy C, Inconel, PEEK, and Monel are available.
- HMI & Labview Program: Provision of Human-Machine Interface (HMI) and Labview-based programs for controlling and monitoring reactor systems. These programs offer automated functions for controlling and recording various process variables, including temperature, pressure, motor speed, gas/liquid flow, level, and torque. The technology supports user convenience and stable system operation.HMI & Labview Program: Provision of Human-Machine Interface (HMI) and Labview-based programs for controlling and monitoring reactor systems. These programs offer automated functions for controlling and recording various process variables, including temperature, pressure, motor speed, gas/liquid flow, level, and torque. The technology supports user convenience and stable system operation.
- Customized Research Equipment Manufacturing Capability: A unique strength in designing and manufacturing high-pressure and high-temperature reactors and magnetic drives tailored to specific customer needs and technological development objectives. This capability allows for flexible responses to diverse research environments and complex technical requirements.Customized Research Equipment Manufacturing Capability: A unique strength in designing and manufacturing high-pressure and high-temperature reactors and magnetic drives tailored to specific customer needs and technological development objectives. This capability allows for flexible responses to diverse research environments and complex technical requirements.
- Advanced Technology and Reliability: Possession of advanced technological expertise necessary for designing high-pressure and high-temperature reactors and producing magnetic drives. Product design and manufacturing prioritize customer safety and convenience, built upon extensive accumulated know-how and technology.Advanced Technology and Reliability: Possession of advanced technological expertise necessary for designing high-pressure and high-temperature reactors and producing magnetic drives. Product design and manufacturing prioritize customer safety and convenience, built upon extensive accumulated know-how and technology.
- Superior Leak Prevention and Chemical Resistance: Magnetic drive technology fundamentally resolves leakage issues by transmitting power without rotating seals. The use of Teflon liners and various special alloy materials ensures excellent chemical resistance, suitable for corrosive substance reactions.Superior Leak Prevention and Chemical Resistance: Magnetic drive technology fundamentally resolves leakage issues by transmitting power without rotating seals. The use of Teflon liners and various special alloy materials ensures excellent chemical resistance, suitable for corrosive substance reactions.
- Continuous Investment in Research and Development: Ongoing investment in the development of high-temperature/high-pressure reactor and magnetic drive technologies through its affiliated research institute. This effort aims to expand its technology portfolio and secure differentiated competitive advantages in relevant fields.Continuous Investment in Research and Development: Ongoing investment in the development of high-temperature/high-pressure reactor and magnetic drive technologies through its affiliated research institute. This effort aims to expand its technology portfolio and secure differentiated competitive advantages in relevant fields.
- Technical Specialization through Patented Technologies: Holding multiple patents, including those for magnetic drive stirrers, cleaning compositions for polymerization reactors, and hydrogen/carbon dioxide separation and recovery devices from steel by-product gases. These patents demonstrate the company's technical expertise and innovation capabilities in its domain.Technical Specialization through Patented Technologies: Holding multiple patents, including those for magnetic drive stirrers, cleaning compositions for polymerization reactors, and hydrogen/carbon dioxide separation and recovery devices from steel by-product gases. These patents demonstrate the company's technical expertise and innovation capabilities in its domain.
- Chemical Industry: Application in various chemical reaction processes such as polymerization, condensation, vulcanization, and alkylation using high-pressure reactors. Performance of mixing procedures for liquid-phase chemical reactions and catalytic conversion fields.Chemical Industry: Application in various chemical reaction processes such as polymerization, condensation, vulcanization, and alkylation using high-pressure reactors. Performance of mixing procedures for liquid-phase chemical reactions and catalytic conversion fields.
- Research and Development & Educational Institutions: Supply of various research equipment and lab, bench, and pilot-scale systems necessary for technological development and research activities. Support for experimental and research activities in higher education and research institutions.Research and Development & Educational Institutions: Supply of various research equipment and lab, bench, and pilot-scale systems necessary for technological development and research activities. Support for experimental and research activities in higher education and research institutions.
- Energy and Environmental Industry: Design of hydrogen utilization systems for carbon dioxide valorization. Catalytic degradation of environmental pollutants and carbon dioxide hydrogenation and resource utilization fields. Development and application of biomass pyrolysis systems.Energy and Environmental Industry: Design of hydrogen utilization systems for carbon dioxide valorization. Catalytic degradation of environmental pollutants and carbon dioxide hydrogenation and resource utilization fields. Development and application of biomass pyrolysis systems.
- Hydrogen Industry: Participation in projects for developing optimal molding technology for hydrogen storage vessel liners and polyamide materials for improved low-temperature durability. Development of technology for separating and recovering hydrogen and carbon dioxide from steel by-product gases.Hydrogen Industry: Participation in projects for developing optimal molding technology for hydrogen storage vessel liners and polyamide materials for improved low-temperature durability. Development of technology for separating and recovering hydrogen and carbon dioxide from steel by-product gases.
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- Magnetic Drive Stirrer (Patent No.: KR102266938B1): A patent concerning magnetic drivers for stirrers and catalyst-receiving impellers for stirrers.Magnetic Drive Stirrer (Patent No.: KR102266938B1): A patent concerning magnetic drivers for stirrers and catalyst-receiving impellers for stirrers.
- Cleaning Composition and Method for High-Viscosity Polyamide Polymer Polymerization Reactor and/or Connecting Pipes (Patent No.: KR102367979B1): Technology for effectively cleaning high-viscosity polyamide polymer residues inside polymerization reactors.Cleaning Composition and Method for High-Viscosity Polyamide Polymer Polymerization Reactor and/or Connecting Pipes (Patent No.: KR102367979B1): Technology for effectively cleaning high-viscosity polyamide polymer residues inside polymerization reactors.
- Method and Apparatus for Separating and Recovering Hydrogen and Carbon Dioxide from Steel By-product Gas (Patent No.: KR102184349B1): Technology for high-purity separation and recovery of hydrogen and carbon dioxide from steel by-product gases using a pressure swing adsorption method.Method and Apparatus for Separating and Recovering Hydrogen and Carbon Dioxide from Steel By-product Gas (Patent No.: KR102184349B1): Technology for high-purity separation and recovery of hydrogen and carbon dioxide from steel by-product gases using a pressure swing adsorption method.
- Pressure Swing Adsorption Separation and Purification System and Process Integrated with Water Gas Shift Reaction Process (Application No.: 10-2019-0161360): A separation and purification system and process through pressure swing adsorption technology integrated with the water gas shift reaction process.Pressure Swing Adsorption Separation and Purification System and Process Integrated with Water Gas Shift Reaction Process (Application No.: 10-2019-0161360): A separation and purification system and process through pressure swing adsorption technology integrated with the water gas shift reaction process.
- Operation of Affiliated Technology Research Institute: Operation of an affiliated technology research institute that leads technological capabilities in the production of high-temperature/high-pressure reactors and magnetic drives. Continuous research activities to strengthen technological competitiveness.Operation of Affiliated Technology Research Institute: Operation of an affiliated technology research institute that leads technological capabilities in the production of high-temperature/high-pressure reactors and magnetic drives. Continuous research activities to strengthen technological competitiveness.