Home / Project
Project Highlights
Project Overview
Proven Across Multiple Industrial Applications
GASKIT® technologies have been successfully deployed across a wide range of applications, demonstrating practical implementation of Dedicated Gas and Dual Fuel Engine Conversion technologies in real operating environments.
Explore selected GASKIT® projects across transportation, power generation, heavy equipment, maritime, and hydrogen mobility applications, each representing practical engineering solutions tailored to specific operational requirements.
Truck Conversion
GASKIT® Dedicated Gas Engine technology has been deployed in plantation operations, converting existing diesel-powered trucks into Dedicated Gas Engines operating on 100% Bio-CNG, eliminating conventional diesel consumption.
Designed for demanding daily operations, the converted trucks are used for Fresh Fruit Bunch (FFB) transportation, infrastructure development, and other operational activities across palm oil plantations, while maintaining the performance, reliability, and durability required for heavy-duty field operations.
Since 2023, more than 100 units have been converted, with the program continuing to expand as additional units are deployed. By converting existing fleet assets rather than replacing them with new gas-powered vehicles, the program extends the utilization of existing equipment while reducing the capital investment required for the transition to gaseous fuel.
Generator Set Conversion
GASKIT® Dedicated Gas Engine technology has been deployed for plantation power generation, converting existing diesel-powered generator sets into Dedicated Gas Engines operating on 100% Bio-CNG, eliminating conventional diesel consumption.
Designed for demanding field operations, the converted generator sets deliver stable power under sudden load changes while maintaining the reliability and durability required for continuous operation across remote plantation locations.
Dozens of units have been converted and are currently operating across multiple plantation divisions, with the program continuing to expand as additional units are progressively converted.
By retaining the existing diesel engine platform, the conversion also provides a practical lifecycle cost advantage, with more accessible and cost-effective engine parts compared with purpose-built OEM gas engines.
Wheel Loader Conversion
Built for heavy-duty performance.
Proven in real plantation operations.
GASKIT® Advanced Engine Conversion Technology converts conventional diesel-powered wheel loaders into Dedicated Gas Engines operating on 100% Bio-CNG,delivering the performance required for continuous heavy-duty operations.
Through dedicated engine calibration and application-specific tuning, GASKIT® delivers higher horsepower, strong engine performance, and responsive power characteristics.
Field implementation has demonstrated that the converted wheel loader
outperforms its original diesel-powered configuration while maintaining the durability and reliability required for demanding daily operations.
Hydrogen Dual Fuel Bus Conversion
GASKIT® Advanced Engine Conversion Technology enables conventional diesel-powered buses to be converted into Hydrogen–Diesel Dual Fuel vehicles through an intelligent engine management system.
By optimizing the diesel-to-hydrogen energy ratio throughout engine operation, the system significantly reduces diesel consumption while maximizing hydrogen
utilization.
Designed for public transportation applications, the technology provides a practical pathway for integrating
hydrogen into existing diesel fleets while maintaining operational reliability and supporting lower-emission mobility.
Officially introduced during the Global Hydrogen Ecosystem Summit (GHES) 2026, this pilot project was implemented
through a multi-stakeholder collaboration involving the Indonesian Ministry of Energy and Mineral Resources (ESDM), PLN, PT DAMRI, SUCOFINDO, and other strategic partners.
The project represents another important step toward advancing Indonesia’s hydrogen ecosystem while demonstrating the practical application of hydrogen for
public transportation.
Related News
Learn more about this project through news and publications from project stakeholders and media coverage.