Gas turbines convert natural gas and other fuels (such as hydrogen, diesel, aviation fuel or propane) into mechanical energy through a continuous combustion process. Gas turbines can be used for power generation, aircraft propulsion, and industrial applications such as powering compression plant.
Hydrogen is a clean-burning fuel with water vapour as the only major by-product when burned — which makes it a promising option for businesses looking to reduce their greenhouse gas emissions while maintaining the reliability and efficiency of a regular gas turbine. Hydrogen gas turbines can run on hydrogen fuel or a combination of hydrogen and other gases.
Arche Energy plans, assesses, manages, and designs projects that use combined cycle gas turbines (CCGT) as highly efficient power generation systems with reduced emissions and open cycle gas turbines (OCGT) to support the large-scale adoption of renewables by responding quickly to periods of high demand or low renewable output.
Project Definition and Optimisation
Owner's Engineering and Project Management
Procurement and Contract Negotiations
Network Connection Applications
Generator Performance Standard (GPS) management
Engineering and Design
Performance and Efficiency Improvements
Concept studies
Asset management and LTSA negotiations
Management of A, B and C Inspections
Network integration and interface management
Grid interconnection
Our team members, like Andrew Murdoch, Daniel Nieto, David Nolan and Graeme Finsen, are highly specialised in gas turbines with decades of experience on national and international projects for major companies.
