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Sinoma (Beijing) Geothermal Energy Technology Ltd. Ships Equipment for Its First Overseas Project
Recently, the first batch of equipment for Sinoma (Beijing) Geothermal Energy Technology Ltd.’s flagship first overseas project was successfully dispatched from Shanghai Port. This landmark delivery marks the first global rollout of core geothermal technologies owned by Sinoma Energy Conservation, proving that the group has built end-to-end capabilities for developing and operating geothermal projects worldwide. It also creates solid momentum for the company to deepen its layout across Southeast Asia and expand its global geothermal market reach.

The Malaysia-based project has encountered unprecedented operational barriers. The country barely has local supporting infrastructure for geothermal engineering; local construction costs are several times higher than domestic levels in China; professional raw materials and construction machinery are in short supply; and the overall construction timeline faces massive uncertainties. Faced with these obstacles, the team from Sinoma Beijing Geothermal rose to all challenges and delivered targeted solutions. By aligning well-established domestic geothermal industrial resources and leveraging integrated supply chain strengths, the team devoted months of intensive work to complete all material preparation as scheduled and consolidate all cargo at the warehouse at Shanghai Port, laying a solid groundwork for seamless project implementation.
As Sinoma Energy Conservation’s debut geothermal technology project on the international stage, the scheme lacked available reference data on local geological conditions and underground thermal resources. To tackle this gap, Sinoma Beijing Geothermal partnered with multiple domestic geothermal research institutes and design institutes to carry out joint technical R&D, which yielded an innovative Waste Heat-Geothermal Multi-energy Coupling Model.

The model supports year-round dynamic priority switching between industrial waste heat and geothermal energy with flexible supplementary power supply. It not only enables high-value recovery and utilisation of industrial waste heat, but also guarantees stable geothermal power output. Furthermore, taking advantage of the constant-temperature performance of ground source heat pumps, the system delivers consistent, comfortable cooling effects. The innovation offers a new technical route and complete mature solutions for joint exploitation of industrial waste heat and geothermal resources in overseas territories.
Malaysia’s distinctive tropical rainforest climate – high temperature, high humidity – paired with complicated geological conditions prompted the project team to discard generic standardized solutions in favour of fully customized design and optimisation. From raw geological data analysis to minute construction specifications, the team revised and reviewed construction drawings over ten times to tailor the technical scheme perfectly to local conditions, laying precise technical support for efficient long-term project operation.

The cargo shipment faced severe time constraints and complicated cross-border procedures, with multiple risks endangering on-time delivery. Thanks to comprehensive internal coordination and close collaboration with logistics operators, customs brokers and professional consulting partners, the team addressed bottlenecks including tight vessel schedules and the group’s limited track record in equipment export. By streamlining the full export workflow, all customs clearance formalities were finished ahead of deadlines, enabling safe and punctual dispatch of all project supplies.