Methanol Fuel Supply Circuit

Overview of the Methanol Fuel Supply Circuit (MFSS)

The Methanol Fuel Supply Circuit (MFSS) integrates critical subsystems encompassing a primary supply unit, filling,transfer modules, auxiliary support systems, and safety,control components. Our capabilities span independent design,manufacturing of MFSS units or delivery of fully bespoke configurations aligned with client specifications.

WHY CHOOSE US?

1. Profound Industry Expertise – Our team possesses extensive experience in dual-fuel vessel construction, chemical tanker engineering, liquefied gas carrier systems, and associated marine technologies.

2. Full-Spectrum Solutions – We deliver comprehensive systems including Methanol Fuel Supply Circuit (MFSS), LNG Fuel Gas Supply Systems (FGSS), Ammonia Fuel Supply Systems (AFSS), and LPG Cargo Handling Systems (CHS).

3. Proven Track Record – Successful implementation of 19 clean fuel handling systems, including two MFSS skids for Stena RoRo projects, demonstrates our commitment to operational excellence and quality benchmarks.

4. Technology Pioneer – As domestic market leaders in methanol fuel system development, we initiated R&D and commercialization efforts ahead of industry peers in late 2022.

5. Lifecycle Management – Complete service coverage from conceptual design and production to installation and multi-unit deployment, backed by sustained post-commissioning support.

Product Specifications

Product Overview

1. METHANOL DELIVERY UNIT – Ensures continuous compliance of methanol parameters (pressure, temperature, flow rate, purity) with engine manufacturer specifications. Maintains operational stability across load variations and transient conditions during startup,shutdown cycles.

2. BUNKERING & TRANSFER MODULE – Engineered to SOLAS-IBC Code requirements for chemical tankers, this subsystem addresses methanol’s hazardous properties (low flashpoint, toxicity, corrosiveness) during storage, transfer, and bunkering operations.

3. CONFIGURATION FLEXIBILITY – Modular architecture enables adaptable installation tailored to vessel layouts, functioning either as autonomous units or integrated system components.

4. SAFETY COMPLIANCE – Dual-certified design meets both SOLAS-IBC chemical safety protocols and IGF Code requirements for low-flashpoint fuel systems, ensuring regulatory adherence.

5. CUSTOM INTEGRATION – Tailored configurations available for newbuild installations or retrofit projects, optimized for vessel-specific operational parameters.

QUALITY CERTIFICATION

DNV AIP Certified Design

INSTALLATION PROCEDURE

1. Conduct comprehensive review of vessel documentation and interface requirements, resolving technical queries pre-installation.

2. Prepare installation tools,equipment while implementing necessary safety measures prior to commencement.

3. Transport pre-assembled MFSS modules to installation site using appropriate lifting,positioning equipment.

4. Secure module foundations to vessel structure, verifying alignment accuracy and compliance with flatness,stability specifications.

5. Connect methanol transfer lines, auxiliary piping networks, and control cabling with verified leak-tightness and electrical continuity.

6. Execute subsystem verification and integrated functional testing to validate bunkering operations, fuel delivery performance, and safety interlocks.

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