Abstract
The maintenance is one of the highest costs in a gas-turbine engine, after operating cost with approximately about 14-19 % of the total cost. Some of the operators do not have spare engines, and it will lead to operation shutdown. With the current market, most MRO challenged to provide their costumer to achieve quick turnaround time (TAT) at a low cost without affecting the quality of the product. Since MRO is selling the skill services, it took applied technology, skill training, and experience to deliver quality, which needs high cost. Therefore, MRO needs to collaborate with other parties (original manufacturer or others) to increase its capacity and capability. MRO should concern more for evaluating the vendors to align with the strategies to get quick turnaround time with the right quality product. Supplier selection is the objective of this research by analyzing the selection criteria at Industrial Gas-Turbine maintenance. The highest priority is the vendor effectiveness followed by the quality, cost, risk management. The highest weight is based on the priority of the supplier.
Highlights
Mega-Infrastructure spending initiative in Indonesia increase energy production and consumption, many investors in energy sectoral came to Indonesia, so there are many energy producer companies operate in Indonesia
Experts were asked to add additional attributes related to industrial gas-turbine services that not listed in the literature
The competitive price is crucial due to the market condition where the tender process will be searching for the lowest cost so that the competitive material price will be needed
Summary
Mega-Infrastructure spending initiative in Indonesia increase energy production and consumption, many investors in energy sectoral came to Indonesia, so there are many energy producer companies operate in Indonesia. Indonesia currently installed powerplant capacity almost reach 60 GW, including PLN and IPP plants, private power utilities, and those under non-oil operating permits. There are four primary sources of power in Indonesia, namely coal, gas, oil, and renewables. Combustion and hot gas path parts are of specific concern. They carry a high-cost tag stemming from the high-tech, space-age innovation coatings connected to resist an excellent warm introduction. Equipment accessibility may be a primary thought when deciding a supply chain technique for gas-fired turbines
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