Gas cargo is typically categorized as full pressure, semi-refrigerated, and fully refrigerated. Based on extensive experience in constructing full-pressurized LPG cargo handling systems and various LPG carriers, TSC, in collaboration with the design partner WTC, is delighted to offer solutions that apply to semi-refrigerated and fully refrigerated products.
4700m3 dual fuel LEG
6500m3 LEG
5500m3 LPG
1. Industry-Leading Expertise - The team has extensive experience in the design and construction of dual-fuel vessels, liquefied gas carriers, chemical tankers and related systems.
2. Comprehensive Solutions - Offering integrated services for Methanol Fuel Supply Systems (MFSS), LNG Fuel Supply Systems (FGSS), Ammonia Fuel Supply Systems (AFSS), and LPG Cargo Handling Systems .
3. Strategic Partnerships - We have partnered with WTC, a Norwegian design firm, to provide advanced market solutions, ensuring that we meet diverse client needs.
4 .Full Lifecycle Support - From design and manufacturing to installation, ongoing construction of multiple units, and comprehensive after-sales service.
Design and delivery for 2 COSCO 5500m3 projects and Shenzhen Haihong 6300m3 Site installation and lifting, collection area layout, air chamber layout etc.
1. Fully Pressurized LPG CHS Design. TSC has designed and constructed three fully pressurized LPG products , ensuring safe and efficient operations for LPG/LEG/LNG carriers during loading, unloading, and transportation processes.
2. Advanced Safety Features. Our product systems incorporate comprehensive monitoring and maintenance capabilities, ensuring that cargo operates within safe pressure and temperature ranges to minimize leakages and safety risks.
3. Versatile System Options. We offer a range of product configurations, including fully pressurized, semi-cold semi-pressurized, and fully cold systems, tailored to meet specific vessel designs and operational requirements.
4. Integrated Functionalities. The product includes essential components such as loading and unloading operations, re-liquefaction, cargo monitoring, and ESD systems, delivering a complete solution for cargo management.
5. Customized Solutions. Each system is designed on a vessel-by-vessel basis to meet specific operational needs, ensuring optimal performance and operational flexibility.
1. Confirm the vessel design drawings and system interface requirements, and complete technical clarification.
2 .Prepare necessary installation tools, equipment, and safety protection measures.
3 .Transport the prefabricated fuel supply system module to the installation site and use lifting equipment to position it in the designated area.
4. Complete the base fixation of the module according to the ship's structure, ensuring that the levelness and stability meet the design standards.
5 .Connect the transfer pipelines, auxiliary system piping, and control cables, ensuring sealing performance and electrical system integrity.
6 .Conduct individual and integrated debugging of the supply system to verify the performance of each subsystem, including bunkering, supply, and control safety functions.
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