Southport waste-to-hydrogen and biomethane partnerships
EQTEC has selected energy and built environment engineering firm Wood as its partner for the design and deployment of a clean waste-to-hydrogen solution during phase two development of a multi-technology waste-to-energy project at Southport Hybrid Energy Park.
The pair will jointly develop a refuse-derived fuel to-clean hydrogen solution combining EQTEC’s syngas technology with Wood’s VESTA syngas-to-hydrogen technology, which enables the decarbonisation of natural gas.
The implementation of the solution is still subject to further planning permission.
EQTEC’s chief operating officer, Jeff Vander Linden, commented that the solution promised to introduce the region to clean, circular, sustainable energy from waste.
“The future of renewable energy will be a mixed economy with diverse technologies, and even the relatively compact Southport plant will demonstrate that,” he said.
“Since the start of our formal collaboration in late 2021, we have enjoyed a close, working relationship with Wood characterised by common plans, regular meetings and visits, a joint pipeline of opportunities and active, documented contributions to multiple projects.”
This news comes after EQTEC announced that it had entered into a co-operation agreement with renewable fuel producer Anaergia to build a multi-technology, waste-to-energy facility at the same location as part of the Southport-based project’s first phase.
As such, the phase one plan now includes a waste processing facility, an anaerobic digestion facility, combined heat and power engines and a 2MW battery storage facility – all developed in tandem with Anaergia.
This first phase will see the waste processing facility remove renewables for recycling elsewhere, separate organics for use by the anaerobic digestion facility and create refuse-derived fuel.
Ultimately, this will see an estimated 80,000 tonnes of waste per year converted to six million cubic metres of biomethane to be injected into the national gas transmission system while also pulling gas from the grid to generate 9MWe for export to the national electricity transmission system, according to EQTEC.
Phase two, in partnership with Wood, will then see EQTEC syngas technology convert some 25,000 tonnes of refuse-derived fuel per year supplied by the plant’s waste processing facility, into an estimated 3MWe of clean electricity. The waste-to-hydrogen solution backed by Wood would then look to replace or augment this.
Both phase solutions are expected to export the equivalent of at least 20 percent of Southport’s energy requirement to the grid.
“The future of renewable energy beyond fossil fuels will be a mixed economy, and the Deeside and Southport plants will demonstrate that. These projects are at the cutting edge of clean, waste-to-energy and hydrogen innovation in the UK,” David Palumbo, EQTEC CEO said.
The pair will jointly develop a refuse-derived fuel to-clean hydrogen solution combining EQTEC’s syngas technology with Wood’s VESTA syngas-to-hydrogen technology, which enables the decarbonisation of natural gas.
The implementation of the solution is still subject to further planning permission.
EQTEC’s chief operating officer, Jeff Vander Linden, commented that the solution promised to introduce the region to clean, circular, sustainable energy from waste.
“The future of renewable energy will be a mixed economy with diverse technologies, and even the relatively compact Southport plant will demonstrate that,” he said.
“Since the start of our formal collaboration in late 2021, we have enjoyed a close, working relationship with Wood characterised by common plans, regular meetings and visits, a joint pipeline of opportunities and active, documented contributions to multiple projects.”
This news comes after EQTEC announced that it had entered into a co-operation agreement with renewable fuel producer Anaergia to build a multi-technology, waste-to-energy facility at the same location as part of the Southport-based project’s first phase.
As such, the phase one plan now includes a waste processing facility, an anaerobic digestion facility, combined heat and power engines and a 2MW battery storage facility – all developed in tandem with Anaergia.
This first phase will see the waste processing facility remove renewables for recycling elsewhere, separate organics for use by the anaerobic digestion facility and create refuse-derived fuel.
Ultimately, this will see an estimated 80,000 tonnes of waste per year converted to six million cubic metres of biomethane to be injected into the national gas transmission system while also pulling gas from the grid to generate 9MWe for export to the national electricity transmission system, according to EQTEC.
Phase two, in partnership with Wood, will then see EQTEC syngas technology convert some 25,000 tonnes of refuse-derived fuel per year supplied by the plant’s waste processing facility, into an estimated 3MWe of clean electricity. The waste-to-hydrogen solution backed by Wood would then look to replace or augment this.
Both phase solutions are expected to export the equivalent of at least 20 percent of Southport’s energy requirement to the grid.
“The future of renewable energy beyond fossil fuels will be a mixed economy, and the Deeside and Southport plants will demonstrate that. These projects are at the cutting edge of clean, waste-to-energy and hydrogen innovation in the UK,” David Palumbo, EQTEC CEO said.
