KT MARINE, The Republic of Korea - Komachine Supplier Profile and Product List

- A specialized marine environment company developing, manufacturing, and supplying the MARINOMATE™ Ballast Water Treatment System (BWMS). Providing solutions for effective sterilization of harmful aquatic microorganisms in ballast water through its core electrolysis-based BWMS technology for marine ecosystem protection. Recognized for its technology and stability with final approval from the International Maritime Organization (IMO) and Korean government type approval. A history of growth in ship management, marine supplies, and shipbuilding materials production.A specialized marine environment company developing, manufacturing, and supplying the MARINOMATE™ Ballast Water Treatment System (BWMS). Providing solutions for effective sterilization of harmful aquatic microorganisms in ballast water through its core electrolysis-based BWMS technology for marine ecosystem protection. Recognized for its technology and stability with final approval from the International Maritime Organization (IMO) and Korean government type approval. A history of growth in ship management, marine supplies, and shipbuilding materials production.
- MARINOMATE™ Ballast Water Treatment System: A system utilizing seawater electrolysis to sterilize harmful aquatic microorganisms. Key models include MARINOMATE-150 (150㎥/hr, 4kW, 593 X 749 X 780mm), MARINOMATE-300 (300㎥/hr, 8kW, 1,356 X 485 X 876mm), and MARINOMATE-600 (600㎥/hr, 16kW, 1,755 X 580 X 580mm). The MARINOMATE-900 (900㎥/hr, 24kW, 2,056 X 580 X 580mm) model is also available. A diverse lineup of capacities, including MARINOMATE-1200 and MARINOMATE-2400, is established.MARINOMATE™ Ballast Water Treatment System: A system utilizing seawater electrolysis to sterilize harmful aquatic microorganisms. Key models include MARINOMATE-150 (150㎥/hr, 4kW, 593 X 749 X 780mm), MARINOMATE-300 (300㎥/hr, 8kW, 1,356 X 485 X 876mm), and MARINOMATE-600 (600㎥/hr, 16kW, 1,755 X 580 X 580mm). The MARINOMATE-900 (900㎥/hr, 24kW, 2,056 X 580 X 580mm) model is also available. A diverse lineup of capacities, including MARINOMATE-1200 and MARINOMATE-2400, is established.
- Core Technologies: Application of a sterilization principle using physical impact and turbulence from a Plankill pipe unit and Total Residual Oxidants (TRO) generated by an electrolyzer unit. A filterless structure enhancing ease of maintenance. In-house development and internalization of core components such as the Main Control Unit (MCU), Computer Control Unit (CCU), explosion-proof rectifier, and automatic cleaning device. Operational capability at seawater salinity of 8 PSU or more and ballast water temperature greater than 4°C.Core Technologies: Application of a sterilization principle using physical impact and turbulence from a Plankill pipe unit and Total Residual Oxidants (TRO) generated by an electrolyzer unit. A filterless structure enhancing ease of maintenance. In-house development and internalization of core components such as the Main Control Unit (MCU), Computer Control Unit (CCU), explosion-proof rectifier, and automatic cleaning device. Operational capability at seawater salinity of 8 PSU or more and ballast water temperature greater than 4°C.
- International Accreditation and Regulatory Compliance: Securing multiple international and domestic certifications including IMO Final Approval (June 2014), Korean Government Type Approval (March 2016), USCG Alternate Management System (AMS) Acceptance (November 2016), and Russian Classification Society (RMRS) approval (September 2018).International Accreditation and Regulatory Compliance: Securing multiple international and domestic certifications including IMO Final Approval (June 2014), Korean Government Type Approval (March 2016), USCG Alternate Management System (AMS) Acceptance (November 2016), and Russian Classification Society (RMRS) approval (September 2018).
- High Efficiency and Cost-Effectiveness: Low power consumption (e.g., 8kW for 300㎥/hr capacity) leading to reduced operating costs. Guaranteed performance through continuous sterilization within ballast water for a certain period.High Efficiency and Cost-Effectiveness: Low power consumption (e.g., 8kW for 300㎥/hr capacity) leading to reduced operating costs. Guaranteed performance through continuous sterilization within ballast water for a certain period.
- Ease of Installation and Maintenance: Modular construction requiring minimal installation space, enabling installation even on small existing vessels. Filterless electrolysis method reducing maintenance costs and improving convenience.Ease of Installation and Maintenance: Modular construction requiring minimal installation space, enabling installation even on small existing vessels. Filterless electrolysis method reducing maintenance costs and improving convenience.
- Technical Stability and Reliability: Confirmation of no corrosion in ballast water tanks and piping through corrosion tests. Proven stable operation under adverse conditions through land-based and on-board tests (M/V STAR MARINER).Technical Stability and Reliability: Confirmation of no corrosion in ballast water tanks and piping through corrosion tests. Proven stable operation under adverse conditions through land-based and on-board tests (M/V STAR MARINER).
- Internalization of Core Components: Development of key components that determine BWMS performance and stability with proprietary technology, maximizing system efficiency.Internalization of Core Components: Development of key components that determine BWMS performance and stability with proprietary technology, maximizing system efficiency.
- Shipping Industry: Compliance with mandatory ballast water treatment regulations for all vessels, including merchant ships and tankers operating in international waters.Shipping Industry: Compliance with mandatory ballast water treatment regulations for all vessels, including merchant ships and tankers operating in international waters.
- Shipbuilding Industry: Installation of ballast water treatment systems in new builds and retrofits of existing vessels.Shipbuilding Industry: Installation of ballast water treatment systems in new builds and retrofits of existing vessels.
- Marine Environmental Protection Industry: Providing technological solutions that contribute to preventing marine ecosystem disruption and preserving the marine environment.Marine Environmental Protection Industry: Providing technological solutions that contribute to preventing marine ecosystem disruption and preserving the marine environment.
- Vietnam, China (vessel operations in major ports such as Dalian, Fuzhou, Qingdao, Shanghai, Tianjin), South Korea (domestic market)Vietnam, China (vessel operations in major ports such as Dalian, Fuzhou, Qingdao, Shanghai, Tianjin), South Korea (domestic market)
- IMO (International Maritime Organization) Final Approval (June 2014)IMO (International Maritime Organization) Final Approval (June 2014)
- Korean Government Type Approval (March 2016)Korean Government Type Approval (March 2016)
- USCG (U.S. Coast Guard) AMS (Alternate Management System) Acceptance (November 2016)USCG (U.S. Coast Guard) AMS (Alternate Management System) Acceptance (November 2016)
- Russian Maritime Register of Shipping (RMRS) Approval (September 2018)Russian Maritime Register of Shipping (RMRS) Approval (September 2018)
- New Technology (NET) CertificationNew Technology (NET) Certification
- Possession of 8 patentsPossession of 8 patents