Mohammad Bilal N.

Bilal is an energy-sector professional with a sharp focus on LNG infrastructure, carbon capture, and offshore asset repurposing.

At the Korea-Indonesia Offshore Research Cooperation Center, he operates at the intersection of Korean technology providers and Indonesian state-owned energy companies. His current portfolio includes:

• Securing a ₩35 billion Korean government grant for converting decommissioned offshore platforms into LNG regasification terminals and CCS injection sites, a first-of-its-kind initiative requiring coordination across four Indonesian ministries and multiple SOEs.
• Leading market entry for modular LNG liquefaction technology (<1 MTPA), locking in feasibility study commitments from LEMIGAS and a major Indonesian energy group for stranded gas monetization.
• Navigating billion-dollar tender processes for PLN's LNG infrastructure expansion, from PQ documentation through to consortium structuring for Korean bidders.

He also served as a consultant on an ADB-funded technical assistance project evaluating CO₂ transport solutions for carbon capture in Indonesia, analyzing source-sink pairings between Java-7 coal plant and offshore injection sites.

Over three years, he has progressed from analyst to senior BD lead, with a consistent pattern: taking complex, multi-stakeholder energy projects from concept to commercial commitment.

• Delivered a multi-cluster LNG-to-Power feasibility study covering shipping and regasification economics across Eastern Indonesia.
• Structured a potential FSRU acquisition for AG&P by dissecting lease, charter, and shareholder agreements.
• Brokered a partnership for LNG storage tank rehabilitation through a competitive beauty contest process.

He's not just behind the scenes. Mohammad has presented to Korean government and industry audiences at the 2025 Korea-Indonesia Offshore Plant Industry Business Week, spoken on rig reutilization at technical workshops, and served as a panelist at Indonesia's premier decommissioning conference, addressing PSC operators on alternative asset repurposing methods.