Partner information
Alister Future Technologies (AFT) is registered in the Republic of Ireland. It is part of Hydrogen Utopía International PLC, a UK registered company operating in the EU. HUI is deploying innovative, clean technology to recover energy from plastic waste, aiming to be a key player in the growing circular and net-zero economies. Under HUI’s auspices, AFT Will adhere to the parent company’s vision and activities.
AFT’s primary focus will be the transformation of non-recyclable and end-of-life plastics of all types and grades into valuable hydrogen of a suitable quality for transportation and stationary power generation. In addition, it will produce low-carbon synthesis gas – ‘syngas’ – a sought after commodity which can replace fossil fuels in a variety of settings. The reaction system is a multi-staged thermal process converting plastics at temperature, in a sealed, oxygen-free environment. Crucially, this means no noxious emissions, no smokestacks on the horizon, and a negligible CO2 burden.
The innovative approach accepts mixed-grade plastics without prior sorting, processing them through heating stages to produce syngas, from which hydrogen is extracted at 99.999% purity. By powering reactors with green electricity, the process emits no CO2, aligning with goals for a circular and net-zero economy. This method not only addresses plastic pollution and greenhouse gas emissions but also promises high efficiency, handling of unwashed plastics, and safe by-product management. AFT’s upcoming proof-of-concept plant in County Longford aims to rejuvenate the region with job creation and training in engineering disciplines, boosting Ireland’s hydrogen economy and setting a circular economy example for the Atlantic region.
Role of the Partner in the PLAST4H2 Project
AFT’s activities in Ireland/ the Atlantic region will range across the full value chain, from the production of energy from non-recyclable mixed waste plastic for local communities to the sale of syngas, hydrogen, electricity, and heat to end customers.
AFT has a novel approach and unique system which draws on scientifically well-established technology and is backed-up by very strong partners.
Within the PLAST4H2 project, AFT is focused on piloting a pyrolysis-gasification system designed to extract hydrogen and syngas from non-recyclable mixed waste plastic. This innovative process aims to address the growing environmental concerns associated with plastic waste, particularly its impact on landfills and incineration. By converting waste plastic into valuable gases like hydrogen and syngas, AFT seeks to create a sustainable solution that reduces pollution and contributes to a circular economy model.
The project involves extensive research and development efforts to optimize the pyrolysis-gasification system, ensuring efficient conversion of waste plastic into high-quality hydrogen and syngas. AFT is also working on developing advanced purification techniques to enhance the quality and usability of the extracted gases, particularly for applications in transportation fuels and clean energy generation.
Furthermore, AFT’s involvement in PLAST4H2 includes conducting comprehensive analyses of the environmental and economic feasibility of scaling up the technology. This includes assessing the potential for commercial deployment of the pyrolysis-gasification system and evaluating its long-term sustainability impact, such as reducing greenhouse gas emissions and promoting resource efficiency. Through these activities, AFT aims to demonstrate the viability and benefits of its innovative approach to waste plastic management and energy production.
Links
Web: www.hydrogenutopia.eu
Linkedin: https://www.linkedin.com/company/hydrogenutopia
Facebook: https://www.Facebook.com/hydrogenutopia
YouTube: https://www.youtube.com/@hydrogenutopiainternationa5034
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https://x.com/hydrogentuopia
1.1: Inventory of available data sets and model implementation for the study areas
2.1: R&D of a plastic waste to syngas/ hydrogen facility. Pilot Demonstration
3.1: Technical and environmental impact assessment of Hydrogen circularity from plastic wastes.