Welcome to the world of
BIOGAS, BIOENERGY
& CIRCULAR ECONOMY
About GCE
All About Biogas, Bioenergy & Circular Economy
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All About Biogas, Bioenergy & Circular Economy •
Gwydir Circular Economy Ltd. (GCE) is an Unlisted Public Company.
GCE was created specifically to promote, design, develop, and implement expansive, multi-faceted, multi-element agricultural and agri-industrial aligned circular economy projects of global significance.
The core driver of these circular economy projects is a world’s-best-practice, industrial-scale biogas plant.
No other system comes close to the circular economy deliverables enabled by a world’s-best-practice, industrial-scale biogas plant and these deliverables are exponentially increased within a rural, regional setting.
The development of these benchmark circular economy projects is supported by GCE’s expansive and highly experienced global biogas, bioenergy, and circular economy network with centuries of combined experience.
Meet the Team
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KEN DAVEY
Ken is a highly experienced biogas, bioenergy, and circular economy professional with some 15 years’ experience working directly within and being connected to the German and European biogas and related sectors.
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DEAN DOUGLAS
Dean is the principal of Sydney Solvents and Sydney Solvents is the offtaker of the 40million litres/year of grain-based alcohol that will be produced by the GCE alcohol plant.
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DAVID TIGHE
David is from DG & KM Tighe farming. David and his extended family are highly experienced farmers, particularly in relation to cereal crops. The Tighe farming enterprise covers 10,000ha.
What is Bioenergy?
The International Energy Agency’s description of Bioenergy is as follows:
‘Bioenergy is renewable energy derived from biomass. Biomass is defined as biological material which is directly or indirectly produced by photosynthesis. Examples are wood and wood residues, energy crops, crop residues, and organic waste/residues from industry, agriculture, landscape management and households’.
By various pathways, the renewable energy carried within this biomass can be converted into solid, liquid, or gaseous fuels which can be used to produce:
Heat.
Co-generated heat and electricity (Combined Heat and Power or CHP).
Renewable gases.
Gaseous and liquid transport fuels.
To read more about biogas, GCE’s principal form of bioenergy,
Circular Economy
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Optimised material flow management at a very basic level can equate to resource management. That is, the optimised management of physical material flows. However, at a much deeper level, optimised material flow management is about optimising everything that is materially influential to a system or an economy. This is because an economy is made up of much more than just the flow of physical materials.
Optimised material flow management includes the optimised management of money, energy, infrastructure, carbon, nutrients, labour, skills, training, goods and services and much more. All the elements of an economy.
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Local value adding is about leveraging maximum value from the identified material flows at the local level.
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Local renewable energy powers every element of the circular economy
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CONTACT US
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