Dwr Uisce project team in Trinity College Dublin visit Blackstairs Group Water Scheme

What does a water distribution network look like? Well, working with the Blackstairs Group Water Scheme is giving us a better idea.As part of the Dwr Uisce project, the Trinity College team are collaborating with a number of communities that are part of the National Federation of Group Water Schemes (NFGWS). The Blackstairs water network is a gravity fed system supplied by a main reservoir located at the east face of the Blackstairs Mountain in Co. Wexford.

Read more

Water in Focus at Dwr Cymru Welsh Water's Innovation Event

Dwr Cymru have held their annual Innovation event for the last number of years, and it was clear from the 400 individuals in attendance on January 31st that innovation is key to Welsh Water delivering their 2050 Operational Visions.

The theme of this years event was 'Resilience through innovation' and it is positive to see that Dwr Cymru are focusing on resilience across their services, from creating smart networks through the deployment of thousands of new monitors to enhancing customer engagement to reduce consumption and improve efficiency.

 

Of interest to the Dwr Uisce team, their continued investment in renewable energy and their openness to undertaking research was evident as their collaborations with a number of Universities and research institutes in the UK were presented in the afternoon workshop sessions.

Dwr Cymru Welsh Water have ambitious plans for the future, we hope that our Dwr Uisce energy recovery work can feed into these future plans for Wales.

Dŵr Uisce has a new team member! Say hello to Andrew.

Dr Andrew Norton

Dr Andrew Norton

Dr Andrew Norton specializes in developing transparent Life Cycle Assessment (LCA) methods and has worked on renewable materials R&D for over 15 years. During which time he has assessed a wide range of industrial, agricultural and forest based systems, from food commodities to high-tech materials. He has enjoyed working with and advising the likes of Imperial College, Lotus Engineering, the World Bank, DEFRA and UPM Tillhill.

As well as leading the development of LCA and Building Information Modelling (BIM) tools for the CAP’EM (Cycle Assessment Procedure for Eco-Materials) Project, he is also kept busy producing and verifying EPDs (Environmental Product Declarations) for a wide range of commercial clients. He advises the European Commission in regards to the production of the PEF (Product Environmental Footprint) category rules and sits on the British Standards Institution (BSI) committee for sustainable and bio-materials.

Andrew joins the Dŵr Uisce team as a Research Officer, based at the Bangor University. As a highly regarded LCA practitioner and consultant experienced in sustainable materials, Andrew will be a valuable asset to the project.

A very warm welcome, Andrew, from the entire Dwr Uisce team!

Dwr Uisce contributes to pre-consultation workshop on BEIS Recoverable Heat Support Programme

Heat recovery has a part to play in the Dwr Uisce project for a more energy efficient water sector. As such, a member of the Dwr Uisce team, Dr John Gallagher from Bangor University, attended a pre-consultation on the future of heat recovery in the UK which took place in London on Tuesday December 7th and was organised by the Department of Business, Energy and Industrial Strategy.

 In 2014, the Industrial Decarbonisation and Energy Efficiency Roadmaps to 2050 identified 48 TWh of potential for waste heat recovery in 8 key energy sectors. The proposed programme for Recoverable Heat Support will be delivered in the coming years to support businesses financially in delivering feasibility assessments and implementing technology solutions to promote heat recovery in the UK. The programme will cooperate with other energy efficiency UK initiatives, such as the Heat Networks Investment Project, so that the UK can deliver targets set out in their energy efficiency roadmaps for 2050.

 For the Dwr Uisce project, the main points highlighted to BEIS was ensuring the smaller organisations in Wales can access this support for funding feasibility studies and installing technologies for heat recovery. In addition, the environmental impacts associated with waste discharge presents unknown challenges that needs to be considered in the feasibility of these projects.

 The Dwr Uisce project is funded through the ERDF Interreg Ireland Wales Co-operation Programme (2014-2020).