Zero Energy

Conder has partnered with Premier Tech Aqua of Canada and Premier Tech Aqua Purflo of France to introduce the Premier Tech Compact Coco filter - zero energy sewage treatment plant - to the UK market.

In standard configuration the plants offer treatment to a standard of better than 20mg/l BOD; 30mg/l SS and 20mg/l NH3 effluent quality.  The treatment plants require zero energy.

Designed and tested in accordance with BSEN12566-3:2005 and sized to the British Water Code of practice for flows and loads, the Clereflo ECO will serve a population range up to 12 persons.  It is suitable for residential and commercial projects where mains drainage is not available.  Typical applications include single dwellings, small communities or developments, refurbishments and rural self build.

For homeowners and self-builders, the key features of the new Clereflo ECO are its zero energy requirement, discreet below ground operation and the low ongoing maintenance costs.  For builders and developers, as well as being price competitive, the Clereflo ECO's compact design offers a low cost, easy installation process.

Features and benefits

• Zero energy
• Easy to install, single tank design - reduced installation costs
• Independently tested to BSEN12566-3:2005
• Value for money
• Completely below ground installation
• Proven technology with reliable performance, over 50,000 worldwide installations
• Quiet, odourless operation
• Effluent standard better than 20mg/l BOD: 30mg/l SS: 20mg/l NH3
• Average effluent results under test 3.5mg/l BOD: 4.7mg/l SS: 6.2mg/l NH3
• Suitable for discharge to ground or watercourse - subject to relevant exemption/consent/license
• Low energy pumped discharge option for where gravity discharge is not possible

All applications should be specified to comply with the British Water Code of Practice for flows and loads.  Further advice and assistance is available from our experienced internal and external sales teams.  Site visits and assessments are recommended to ensure the correct plant is proposed for each application.