MALAYSIA —OceanMight, a subsidiary of KKB Engineering, received a letter of award from Sarawak Shell Berhad to execute engineering, procurement, and construction (EPC) services for fixed offshore structures. The scope covers the development of the SK408 Teja & Pepulut as well as the Temu & Inai fields off the coast of Malaysia. The offshore contract spans from August 2026 through December 2027. Concurrently, the group secured additional purchase orders from Hock Seng Lee and Bumia, with product deliveries scheduled for completion within the final quarter of 2026. Together, these project agreements carry an aggregate value of around RM462 million.
KKB Engineering is a Malaysia-based engineering and manufacturing enterprise specializing in steel fabrication, civil construction, water pipeline manufacturing, and offshore oil and gas structure fabrication. Operating through specialized subsidiaries like OceanMight, the group provides integrated engineering solutions to energy major clients and municipal infrastructure developments across Southeast Asia.
This major award underscores sustained capital expenditure across Malaysia's offshore energy sector, reinforcing regional demand for specialized marine fabrication and heavy engineering services. Deepening upstream field developments in Sarawak's offshore basins continue to drive contract momentum for domestic fabrication yards, offering stable operational visibility through late 2027. The project commitments reflect robust investment cycles within upstream gas development, benefiting domestic supply chains and specialized engineering contractors.
Financially, the contract and procurement orders expand KKB Engineering's revenue pipeline without diluting its share capital base. The additions are anticipated to yield positive contribution margins to net earnings and group assets over the operational lifecycle. However, project execution remains subject to standard industry operational risks, including skilled labor availability, supply chain pricing dynamics, foreign exchange fluctuations, and offshore environmental conditions.
