Decentralised Ammonia production from Renewable Energy utilising novel sorption-enhanced plasma-catalytic Power-to-X technology

Projektinformationen

DARE2X

ID Finanzhilfevereinbarung: 101083905

DOI

10.3030/101083905

Projekt abgeschlossen

EK-Unterschriftsdatum 2 September 2022

Startdatum 1 Oktober 2022

Enddatum 30 September 2025

Finanziert unter

• Climate, Energy and Mobility

Gesamtkosten

€ 2 380 800,00

EU-Beitrag

€ 2 380 800,00

Koordiniert durch

TEKNOLOGISK INSTITUT
Denmark

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Leistungen

Documents, reports (9)

Summary of experiments WP4 (methods, results, data)

Report summarising experiments in Task 4.1-4.4 including methods, results, and data except for results that will be disseminated in other ways (papers or patents). This includes reactor design, catalyst performance, modelling of plasma reaction and the effect of plasma on sorption material stability and NH3 adsorption. Related to KPI6.

Summary of experiments WP3 (methods, results, data)

Report summarising experiments in Task 3.1-3.2 including methods, results, and data except for results that will be disseminated in other ways (papers or patents). This includes study of zeolites NH3 capacity, kinetic behaviour, and cycle capacity. Related to KPI5.

Economic assessment of full scale DARE2X technology for H2 storage by its conversion into NH3 at low-pressure and temperature (Initial assessment)

The initial economic assessment will be a Life cycle costing analysis with focus on material selection and process options. The goal is to guide the project towards economic sound options.

Summary of experiments WP2 (methods, results, data)

Report summarising experiments in Task 2.1-2.5 including methods, results, and data except for results that will be disseminated in other ways (papers or patents). This includes, synthesis of catalyst, comparison with theoretical models, effects of promotors, catalyst synthesis incorporated on sorption material and upscaling of synthesis. Related to KPI1-KPI4.

Dissemination and Communication Plan - Version 2

The plan will define all direct and indirect stakeholders with the contribution of the partners, proper dissemination channel and tools tailored for each target group to transfer key-identified messages about the project objectives, activities, benefits, and impacts. A timeline will also be established for each communication activity. The plan will identify Qualitative and Quantitative Performance Indicators (i.e., webpage visitors, e-newsletter recipients, social network followers, events participants profiles. results from events evaluation etc.) for the distribution channels to constantly monitor and measure dissemination and communication activities. This is an updated plan based on D7.

Dissemination and Communication Plan - Version 1

A first version of the exploitation strategy will be made and used to form the Dissemination and Communication plan.The Dissemination and Communication plan will define all direct and indirect stakeholders with the contribution of the partners, proper dissemination channel and tools tailored for each target group to transfer key-identified messages about the project objectives, activities, benefits, and impacts. A timeline will also be established for each communication activity. The plan will identify Qualitative and Quantitative Performance Indicators (i.e., webpage visitors, e-newsletter recipients, social network followers, events participants profiles. results from events evaluation etc.) for the distribution channels to constantly monitor and measure dissemination and communication activities.

Report on non-thermal plasma reactor design and optimal parameters

Report on plasma reactor design and optimal parameters for ammonia synthesis. Plasma reactor design benchmarked to other non-thermal plasma configurations and alternative NH3 synthesis processes. Related to Task 4.1-4.2 and KPI6.

Environmental assessment of full scale DARE2X technology for H2 storage by its conversion into NH3 at low-pressure and temperature (Initial assessment)

Initial life cycle analysis comparing different material and process options in WP2-4. This initial LCA is focused on materials selection and process parameters to guide the project towards the most sustainable option.

Report on rational catalyst design and results of screening study

Report showing results of theoretical screening study of catalyst (Task 2.2). This includes description of the DFT model, comparison with experimental data (Task 2.1) and suggestion of potential catalyst candidates with higher activity and less critical raw materials. Related to KPI1 and KPI2.

Other (2)

Ethics Protocol (Initial Version)

TYPE: ETHICSFirst version of Ethics protocol. Will be revised in D1.5 (M24)

Ethics Protocol (Final Version)

Type: ETHICSFinal version of Ethics Protocol for the project.

Demonstrators, pilots, prototypes (1)

Deliver a sorption unit for validation

Deliver a sorption unit for two stage process (Task 5.2). This should be able adsorb and desorb NH3 using temperature and pressure control.

Veröffentlichungen

Conference proceedings (1)

Room Temperature Plasma-Based Ammonia Synthesis – Designing an Optimal Adsorbent

Autoren: T. Kristenssen, B. Rolim, C. Hulteberg
Veröffentlicht in: 2023
Herausgeber: EuropaCat