Enisca is pleased to announce a 5-year extension to our existing framework agreement with Affinity Water. The agreement is one of four infrastructure frameworks awarded to key partners, which combined are worth circa £100 million during AMP7.

Affinity Water has been working collaboratively to finalise its delivery of non-infrastructure or Above Ground projects for AMP7. These four framework infrastructure projects will help deliver Affinity Water’s commitment to take care of the environment by complementing the sustainability reductions programme, continue building on their resilience and protecting customer supplies.

This will be achieved by adding over 23km of pipes to the Affinity Water network, building a new booster station, reservoirs and treatment plants which will allow our client to move water in and around the Affinity Water supply area ensuring they fulfil their commitment to reduce abstraction from certain sources.

These four contracts make up a significant part of the multi-million AMP7 Capital Investment Programme and will cover all regions served by Affinity Water. Under this framework partners will be delivering over 100 different projects providing civil engineering, M&E, process treatment and pumping station projects.

Steve Plumb, Director of Asset Strategy and Capital Delivery said: “Affinity Water is pleased to sign this long-term agreement with Enisca who will support in the delivery of our challenging above ground assets programme. These frameworks adopt a more collaborative approach focussing on achieving shared programme value and efficiencies. We look forward to a successful relationship with each partner”.

Rory Hampsey, Enisca Operations Director said: “We are delighted with this extension award and the opportunity it provides for us to continue working and delivering value for Affinity Water. We look forward to delivery of this programme of works supported by our collaborative structures and processes that ensure a one team approach to accomplishing Affinity Water’s Efficiency, Regulatory and Carbon Nett Zero Challenges.”