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Cain Bio-Engineering Ltd. is the UK's premier provider of environmentally friendly engineering solutions for all types of aquatic erosion, river restoration and river management problems. 
 
Key skills include the provision of Consultancy, Survey, Design, Construction and Maintenance services in the field of Aquatic Bio-engineering and light civils. Many of our most successful and cost effective projects are undertaken  on a design/construct basis.
 
Having been on the professional rivers circuit for 25 years we are proud of our pioneering techniques and environmental heritage and continuously strive to be the best at what we do. We hope  you enjoy  your visit to our site.
Latest News   Awards   Featured Case Study
CBE Launches River Restoration Youtube Channel
15/07/2010
Cain Bio-Engineering has launched a new Youtube channel 'RiverDoctor TV' to showcase river restoration and soft engineering projects
Restoration Open Day on the Avon
05/07/2010
CBE along with project partners host an Open Day to showcase recent restoration works on the River Avon SSSI SAC
CBE Sponsors Wild Trout Trust AGM
05/03/2010
Cain Bio sponsors the 2010 Wild Trout Trust AGM Saturday 10th April
Test salmon spawning success
10/02/2010
Wild salmon arrive to find rejuvenated spawning habitat on a CBE enhancement project.
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Wild Trout Trust

2011 Conservation Award - runner up

Wild Trout Trust

2010 Conservation Award - runner up
 

Wild Trout Trust

2009 Conservation Award - runner up
 
Wild Trout Trust

2008 Conservation Award - runner up

Institution of Civil Engineers

Thomas Brassey Environment Award

British Waterways

Southern Region Waterway Conservation Award

English NatureSSSI Award for Conservation

The 'Famous Grouse' Award

Award for Wild Trout Conservation 1998 - Winner
   
 
 

Avon Chisenbury                     Play Video
(Phase 1)

Project Brief
 

·         Restore a dredged, uniform channel to favourable condition using cutting-edge river restoration techniques.  

·         Incorporate key 'Water Framework Directive' measures into a sustainable design.  

·        Creation of sinuous channel planform, variable bed profile, variable substrate types & distribution, variable marginal zones and bio-diverse riparian zone including ponds and wetlands



Click here for full case study
 

 
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