Ethanol. Biodiesel. Anaerobic digestion. Biogas. Solar Thermal. While the media focuses on green hydrogen and solar PV, other forms of renewable energy such as biofuels are quietly being developed on a large scale. Whether delivering green hydrogen projects, the largest biofuel facility in Australia, or a trailer-mounted solar-powered lighting system for remote locations, our versatile team is at the cutting edge of technology, ready to bring your project to life.
With the global push towards reducing greenhouse gas emissions and development of green energy, we are supporting the renewable energy sector by applying our capability and process experience to assist in developing biofuels, biogas and other clean energy production facilities.
Notably, we delivered the largest biofuel facility in Australia at Barnawartha in Victoria, which takes animal tallow and converts this to biodiesel.
The Lycopodium team first became involved with hydrogen projects back in the sixties – and we still have the drawings to prove it! Whilst the potential for hydrogen as a future fuel has enticed many to the industry, we present a most compelling choice, providing a wealth of experience that newcomers cannot hope to match. A number of our people have remained present throughout three full decades of that history, building significant expertise in working with processes involving the generation, storage and use of hydrogen.
We have delivered a diverse range of projects across the renewable energy sector, applying our process experience in developing solar thermal, chemical energy storage, hydrogen fuel cell, and microgrid and off-grid energy solutions, as well as providing advisory services on more common solar PV, wind and battery storage technologies. We remain technology-neutral and believe that there are applications where each of these renewable technologies can be best utilised. As long as they are carbon-free and have a low or no environmental impact, we will work with you to determine your best option.
See for yourself just how well our flexible, stop-at-nothing approach
works for clients throughout the renewable energy industries.
The Solar Owl has been developed as a set-and-forget, long-term alternative to diesel-powered light towers for use on mine sites and similar industrial applications. It runs silently, without the need for refuelling and has been engineered to withstand the most extreme of weather conditions.
Lycopodium provided the EPCM services for the construction of a plant to produce 50,000 TPA of Biodiesel (Methylester), based on technology provided by the Austrian Company, Biodiesel International.
The Hydrogen Energy Supply Chain (HESC) project is a world-first pilot project with the goal of safely and efficiently converting locally produced clean hydrogen for international transport. Lycopodium contributed to the project by assisting with the mechanical installation of proprietary equipment during construction of the Hydrogen Liquefaction & Loading Terminal.
Lycopodium was engaged to evaluate damage to the ARF biodiesel facility at Largs Bay, to produce a repair works schedule and cost estimate and ultimately to project manage the rebuild project.
The Solar Owl has been developed as a set-and-forget, long-term alternative to diesel-powered light towers for use on mine sites and similar industrial applications. It runs silently, without the need for refuelling and has been engineered to withstand the most extreme of weather conditions.
Lycopodium provided the EPCM services for the construction of a plant to produce 50,000 TPA of Biodiesel (Methylester), based on technology provided by the Austrian Company, Biodiesel International.
Find out how you can turn our global engineering, construction and project management expertise to your commercial advantage.
