Methanol Fuel Distribution System
Overview of the Methanol Fuel Distribution System (MFSS)
The Methanol Fuel Distribution System (MFSS) comprises key subsystems, including the primary supply unit, filling and transfer modules, auxiliary support systems, and safety and control components. We offer both independent MFSS unit design and manufacturing, as well as fully customized solutions to meet the specific needs of our clients.
WHY CHOOSE US?
1. Industry-Leading Expertise – Our team brings extensive experience in dual-fuel vessel construction, chemical tanker engineering, liquefied gas carrier systems, and other related marine technologies, positioning us as a trusted leader in the industry.
2. Comprehensive Offerings – We deliver complete systems, such as Methanol Fuel Distribution System (MFSS), LNG Fuel Gas Supply Systems (FGSS), Ammonia Fuel Supply Systems (AFSS), and LPG Cargo Handling Systems (CHS).
3. Proven Track Record – With 19 successful clean fuel handling systems delivered, including two MFSS skids for the Stena RoRo projects, we demonstrate our commitment to operational excellence and maintaining the highest quality standards.
4. Innovative Technology – We pioneered methanol fuel system development in the domestic market, starting our research, development, and commercialization efforts in late 2022, ahead of many major industry players.
5. Full Lifecycle Support – Our services span the entire lifecycle, from conceptual design and production to installation and deployment, including ongoing post-commissioning assistance.
Product Specifications
Product Overview
1. METHANOL DELIVERY UNIT – This unit ensures the methanol parameters, such as pressure, temperature, flow rate, and purity, align with engine manufacturer specifications, guaranteeing continuous compliance. It maintains operational stability across varying loads and transient conditions during startup and shutdown.
2. BUNKERING & TRANSFER MODULE – Designed to adhere to SOLAS-IBC Code standards for chemical tankers, this subsystem addresses methanol's hazardous nature—its low flashpoint, toxicity, and corrosiveness—during bunkering, storage, and transfer operations.
3. CONFIGURATION FLEXIBILITY – The modular design offers flexible installation options, allowing for standalone units or integrated system components that can be adapted to the vessel layout.
4. SAFETY COMPLIANCE – The dual-certified design complies with both SOLAS-IBC chemical safety protocols and IGF Code standards for low-flashpoint fuel systems, ensuring full regulatory compliance.
5. CUSTOMIZED INTEGRATION – Custom configurations are available for newbuild projects or retrofits, tailored to optimize each vessel's specific operational parameters.
QUALITY CERTIFICATION
DNV AIP Certified Design
INSTALLATION PROCEDURE
1. Vessel documentation and interface requirements will undergo a thorough review, and any technical queries will be addressed prior to installation.
2. Installation tools and equipment will be prepared, and necessary safety precautions will be taken before commencing the installation process.
3. Pre-assembled MFSS modules will be transported to the installation site using suitable lifting and positioning equipment.
4. The module foundations will be securely mounted to the vessel structure, ensuring alignment precision and compliance with flatness and stability specifications.
5. Methanol transfer lines, auxiliary piping, and control cabling will be connected, ensuring leak-tightness and electrical continuity.
6. Subsystem verification and integrated functional testing will be performed to ensure proper bunkering operations, fuel delivery performance, and safety interlock functionality.
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