EDF Renewables Australia

Level 3, 60 Martin Place, Sydney NSW 2000, Sydney, New South Wales, 2000

Construction
Education & Training
Engineering
Procurement & Project Management

EDF Renewables are world leaders in renewable energy, developing, building and operating clean energy projects in 22 countries. By investing in renewable energy, EDF Renewables is playing a key role in the transition to a low carbon future. EDF are currently building the very first French floating offshore wind project 'Provence Grand Large' in the Mediterranean Sea. In Norway, EDF Renewables is partnered with Deep Wind Offshore to develop innovative and sustainable projects, with a focus, on supporting the development of the Norwegian offshore wind supply industry. With over 200 projects in operation around the world they are one of the world leaders in renewable energy. The Australian subsidiary of the French energy company, EDF Renewables has acquired the Newcastle Offshore Wind Farm, The Floating offshore project, under development near the Port of Newcastle. The Offshore wind project is an opportunity to diversify Newcastle's economy by pivoting jobs in the local manufacturing, construction, maritime, transport, and logistics industries into the renewable energy sector.

Edwards & Vickerman Consulting Engineers

suite 101 level 1/470 King St, Newcastle West, New South Wales, 2302

Engineering
Infrastructure

Bringing Over 40 Years of Experience to the Building Industry

Energy & Environmental Engineering Pty Ltd

11 Church St, Ellalong, New South Wales, 2325

Construction
Engineering
Infrastructure
IT
Maintenance
Manufacturing Electrical
Manufacturing Mechanical
Material Supply
Mining
Oil & Gas
Power
Procurement & Project Management
Service Provider

Energy And Food System

c/- SPE, Unit 5, Level 1, 275A Hunter St, Newcastle, NSW, 2300

Service Provider

"NextFarm - Energy And Food System" is a start-up company aiming to manufacture the tools for actively removing large amounts of carbon dioxide from the atmosphere while making good profit, by simultaneously producing a low cost new fuel for heavy transport and farm vehicles, plus helping farmers make greater financially profitable and more sustainably. With the "Energy And Food System" farmers can co-produce both biochar and slow pyrolysis oil, (using about 20% of the liquid and all of the syngas to provide energy for the two final products). The long-standing past barrier to pyrolysis oil in automotive transport has been the prohibitively expensive up-grading of raw bio-oil to automotive quality diesel, or large pointless dilution with ethanol. The best solution is a new engine that can use the non-upgraded, non-diluted liquid in its cheap state, and then finding the right initial market where such a disruption is still attractive on many fronts, especially financial. The new engine's production cost would be about the same as diesel engines, and avoids the scalability limits of electrification of heavy vehicles in the large numbers needed for the global climate. Overall the system has 350% negative CO2 emissions energy, and in transport sectors which are difficult to decarbonise. This is much better than the zero CO2 emissions goal, which is no longer adequate with climate tipping points being passed on several fronts, and climate change accelerating. For more details contact Dr Errol Smith; errol.smith@nextfarm.co

Energy Estate

Henry Davis York Building, 44 Martin Pl, Sydney, New South Wales, 2000

Energy
Engineering
Procurement & Project Management
Service Provider

A developer and adviser of large scale energy transition projects, focused on accelerating decarbonisation, driving innovation and delivering with respect and impact.