MEG should keep gas flowing, not trap teams in a supply chain maze.
An offshore gas producer in East Kalimantan needed reliable MEG supply. The conventional route worked, but it created a hidden tax: more forecasting, more inventory, more vessel days, and more transfer risk.
The expensive part was not only the chemical. It was everything around it.
The existing MEG route moved product from the manufacturer into ISO tanks, then through trucking, ocean vessel movement, shorebase handling, and offshore support vessel transfer before reaching the platform.
Each step depended on another vendor's schedule. Truck availability, ocean vessel windows, shorebase readiness, offshore support vessel charter periods, daylight-only transfer limits, and platform operating constraints all had to line up.
To protect operations from schedule uncertainty, the producer had to hold a high MEG buffer. That buffer reduced supply risk, but it also created inventory cost, overhead, storage pressure, and extra coordination work.
Every handoff created cost. Every reconnection created exposure.
Forecasting became a full supply-chain exercise
Planning had to account for multiple trucking, ocean vessel, shorebase, and offshore vessel dependencies instead of only platform demand.
Inventory buffer absorbed schedule uncertainty
Higher MEG stock reduced disruption risk, but it tied up working capital and added storage, handling, and monitoring overhead.
Repeated hose reconnections increased leak potential
Multiple transfers meant more connection points, more intervention, and more opportunities for containment issues.
Long transfer hours stretched vessel charter time
Daylight-only transfer practice split delivery into multiple shipments, increasing offshore support vessel utilization and cost.
Direct-from-manufacturer MEG delivery to the platform.
Lamurindo redesigned the route by combining chemical logistics, marine coordination, and offshore transfer planning into one integrated movement from manufacturer to platform.
Direct shipping solution bypassed the usual shorebase buffer model while still complying with oil and gas marine protocols. The result was a simpler operating model with fewer physical handoffs and fewer scheduling dependencies.
A cleaner route changes the economics.
By reducing transfer points and combining logistics ownership, Lamurindo helped the customer attack the root causes of cost instead of only negotiating each vendor line item.
When chemical supply feels like a logistics problem, it probably is.
Lamurindo designs chemical delivery around field reality: marine protocol, remote access, transfer windows, safety exposure, and total operating cost.