Hydrogen Production and Storage as an Enabler of Industrial Renewal in Central Finland -HyPER

The HyPER subproject at the Ä¢¹½Ö±²¥ is investigating cost-effective hydrogen storage materials and developing carbon, MOF and zeolite based materials for hydrogen storage. The project will also investigate the suitability of activated carbons produced in Central Finland as hydrogen storage materials, and examine available biomaterials and side streams that could be used as raw materials for hydrogen storage materials. The project will be coordinated by VTT.

Table of contents

Project duration
-
Core fields of research
Basic natural phenomena and mathematical thinking
Research areas
Department of Chemistry - Research areas
Department
Department of Chemistry
Co-operation
VTT
Faculty
Faculty of Mathematics and Science
Funding
Regional Council of Central Finland

Project description

HyPER is a consortium project coordinated by VTT. HyPER project is dedicated to establishing a hydrogen production and storage testing rig in Central Finland.

The Ä¢¹½Ö±²¥ sub-project will develop materials suitable for hydrogen storage, contributing to the goal of safe and cost-effective hydrogen storage. Hydrogen can be stored by binding it to solids. The solids or adsorbents considered in HyPER are either biocarbon-based, metal-organic (MOF) or zeolites. The project will primarily focus on activated carbon, MOF adsorbents and their hybrid materials. In addition, potential biochar feedstock sources suitable for activated carbon production available in the province will be explored. Various biomasses and industrial by-products will be of interest. The project will make use of the equipment from the BitKein project and the results of the project's biomass mapping. The characterisation of the adsorbents will use analytical techniques available at the Ä¢¹½Ö±²¥, such as diffraction, thermochemical and spectroscopic methods.

The HyPER project will emphasise the safe production, handling and storage of hydrogen at all stages of the project. The project aims to establish the use of biomass in hydrogen storage applications, pave the way for a green transition towards cleaner energy production and use, provide tools for the development of the hydrogen value chain and new business opportunities in the business environment. The project will provide information on hydrogen storage processes.