Projects
Enabling Whole Life Carbon in Design
This project aims to support organisations to explore how they can deliver low whole life carbon and cost solutions. It will provide insight into the possible when it comes to providing an accurate and total projection of the whole carbon cost of creating and maintaining an asset.
It will deliver the tools and processes required to support the cultural and behavioural changes necessary to adopt a whole life carbon approach by empowering the water sector to move from purely capital and operational carbon accounting to true whole-life carbon cost management.
TORCH
This project aims to support organisations to explore how they can deliver low whole life carbon and cost solutions. It will provide insight into the possible when it comes to providing an accurate and total projection of the whole carbon cost of creating and maintaining an asset.
It will deliver the tools and processes required to support the cultural and behavioural changes necessary to adopt a whole life carbon approach by empowering the water sector to move from purely capital and operational carbon accounting to true whole-life carbon cost management.
Future Fens Integrated Adaptation (FFIA)
Project: Project complete Future Fens Integrated Adaptation (FFIA) Securing the future of the Fens: sustainable, adaptive and resilient Future Fens: Integrated Adaptation is a strategic partnership initiative, with the aim of working together across sectors to...
Climate Vulnerable Mains
Project: Project complete Aggressive soils and extreme weather make Anglian Water’s pipes vulnerable to failure. MapleSky developed innovative climate models to help Anglian quantify and reduce the impact of the environment on our networks.[dipi_button_grid...
Smart modelling systems
This project sets out to transform our operational systems to create the next generation of water systems that achieve autonomous control.
It will aim to build systems that are connected, independent and deliver a clean and sustainable supply of water for future generations.
All-Streams HTO
This project sets out to transform our operational systems to create the next generation of water systems that achieve autonomous control.
It will aim to build systems that are connected, independent and deliver a clean and sustainable supply of water for future generations.
CReDo – Extreme Heat
This project sets out to transform our operational systems to create the next generation of water systems that achieve autonomous control.
It will aim to build systems that are connected, independent and deliver a clean and sustainable supply of water for future generations.
Smart Water Butts
Project: Smart Water Butts Exploring innovative solutions to rainwater management As one of the driest regions in the UK, it’s imperative we’re always looking out at new projects to save water, fix problems for customers before they start and help the environment....
Enabling Whole Life Carbon in Design
This project aims to support organisations to explore how they can deliver low whole life carbon and cost solutions. It will provide insight into the possible when it comes to providing an accurate and total projection of the whole carbon cost of creating and maintaining an asset.
It will deliver the tools and processes required to support the cultural and behavioural changes necessary to adopt a whole life carbon approach by empowering the water sector to move from purely capital and operational carbon accounting to true whole-life carbon cost management.
Enabling Water Smart Communities
Enabling Water Smart Communities is exploring the relationship between integrated water management and housing development to unlock new opportunities for cross-sector delivery and stewardship.
Unlocking Bioresource Market Growth
This project sought to enable collaborative development of the bioresources market using a mature prescriptive analytics platform. This project aims to provide WaSCs with the support necessary to overcome existing barriers and unlock the benefits of these markets.
Safe Smart Systems
This project sets out to transform our operational systems to create the next generation of water systems that achieve autonomous control.
It will aim to build systems that are connected, independent and deliver a clean and sustainable supply of water for future generations.
Triple Carbon Reduction
This project aims to evidence a step change reduction in green house gas emissions and electricity used in the water treatment process. This will simultaneously create a new renewable energy source through green hydrogen production.
Using novel technologies, it will create a ‘triple carbon’ synergy and demonstrate an alternative waste water treatment process that could significantly reduce the amount of emissions created compared to the current process.