What flows is
innovation
ACWA is one of the leading UK players delivering innovative sustainable process solutions and technologies for both municipal and industrial clean water, wastewater and bio-solids treatment.
We design and execute resilient cost-effective technologies which address the needs of our clients and their regulatory drivers whilst helping to address climate change.
About us
All Clear Water Ahead (ACWA) our name, sums up well our purpose, to contribute to society, by treating water to wholesome drinking standards and to recycle wastewater and bio-solids, responsibly, attaining environmental sustainability.
MORE
What we do
Through developing our people and enacting our values every day, we apply our process expertise, to solve our clients challenges, utilising our in-house technologies and those of our supply chain partners, for their customers and communities served.
MORECase Studies
Nestle Hadfield Wastewater Treatment Plant – Food Effluent Waste
A large scale wastewater treatment plant was designed, installed and successfully commissioned and continues to operate, delivered...
READ MOREPenwhapple Water Treatment Works – Granular Activated Carbon
To improve the drinking water quality for residents in the Girvan, Barr Pinwheery, Old Dailly, Lendalfoot, Barrhill, Colmenell and...
READ MORECorby Wastewater Treatment Works – Moving Bed Bioreactor (MBBR)
The MBBR reactors at Corby are 18m in diameter and were originally installed in 1998 to reduce the load onto the existing activate...
READ MORENews
AMP8 – water companies need to procure early to secure delivery, says ACWA Services MD
The massive scale-up of work across the UK’s water and wastewater companies in AMP8 is no secret, but the way projects are deliv...
READ MORESeason’s Greetings from ACWA
Season’s Greeting from the Directors and Staff of ACWA Services Ltd....
READ MOREHonouring those in our Armed Services
Today, we take the time to remember the courage and sacrifice of those who fought for peace and our freedom. We also honour those,...
READ MORE