UNDP thru its grant for EBTKE to provide direct use design of Mataloko. The Consultant required to do pre assessment of direct use implementation on surrounding of geothermal area, produced some options and proposed. After selected, then the Consultant conduct an engineering design to implement of technology.
The task is to evaluate 5 producing geothermal facilities include the safety concern, geotechnical hazards, and civil. The consultant was also demanded to review and comment the technical inputs of financial models of those geothermal facilities.
Design a pilot plant for the treatment of geothermal water to mitigate scaling of the geothermal water to be used in a new expansion. The pilot plant tests the treatment of the geothermal water in order to reduce silica scaling before the design and construction of an expansion unit of the geothermal power plant. The task was to provide a complete solution, including; design and engineering, manufacturing, operation and commissioning and training in the operation of the plant.
Study investigating the opportunities for direct use in PGE geothermal power plants. Tasks included making an overview of possilities, mapping of opportunities, and preparing a road map; including three selected opportunities to be studied further.
The Consultant was requested to produce drilling documents includes programs, and drilling contracts to be tendered. Further, the Consultant is contracted to assist drilling operation of the Project. The project is designed to produce more 55 MW of each Patuha and Dieng as additional existing power plant. With financial aid from the Asian Development Bank (ADB), the project became very important
The SMI is chosen by the Indonesia Government to manage the green loan provided by the World Bank thru its program called the Geothermal Resources Risk Mitigation (GREM). The task given was to provide the technical assessment on the program by giving thorough information on the technical risk/aspects of geothermal industry. The document is fundamental for following the compliance procedures in the Indonesian government regulation.
The NIL 1 and NIL 2 geothermal power plants (2×110 MW), are a part of the Sarulla Geothermal Power Project in the Tapanuli Utara district, North Sumatra province, Indonesia. The tasks were to perform a review of process flow- and P&I diagrams, hydraulic calculations (steady state and dynamic), review of control- and operation philosophy and a review of Hazop study.
The SIL Geothermal power plant (110 MW), is part of the Sarulla Geothermal Power Project in the Tapanuli Utara district, North Sumatra province, Indonesia. The tasks were to perform an optimization of steam supply system, optimization of condensate system and review of control- and operation philosophy.
The SIL Geothermal power plant (110 MW), is part of the Sarulla Geothermal Power Project in the Tapanuli Utara district, North Sumatra province, Indonesia. The tasks as the Owner’s Engineer for the project included well design review, steam gathering system and initial power plant design, Project Management, Resident Engineer and supervision.