At Moss Drainage, we are a team of dedicated engineers specialising in water and environmental management, with a strong focus on sustainable drainage solutions (SuDS). We have developed our experience of drainage and SuDS schemes at some of the worlds best consultancies and brought that together to assist you with your projects.

We utilise the latest modelling packages to simulate and test our drainage networks to comply with local authority and water company standards. We also comply with the new national standards for SuDS and employ these within our schemes. We have extensive experience with local authorities and know what is needed for a successful drainage strategy/design, which reduces the risk of delays at planning.

Our approach is “SuDS first” and integrating these solutions into the drainage designs at outline and detailed design phases to ensure compliance from a water quantity and quality perspective, adhering to the CIRIA SuDS Manual (C753) and also requirements for local standards.

We have helped clients in assessing feasibility around discharging site flows to ground, this has allowed clients to design and construct cheaper schemes due to requiring less attenuation/storage across a site and the requirements for providing the correct levels of treatment, employing various SuDS solutions including permeable paving and rain gardens. These all contribute to a more sustainable way of development and can assist with reducing the carbon footprint of your developments.

We undertake all stages of the drainage design and development from drainage statements at feasibility stage all the way through to Section 106 agreements and site support when designs are being delivered. We also undertake work within flood risk and take a holistic approach to water management across a site/development.

Partner with us to transform your water and environmental management challenges into opportunities for sustainable growth and development.

Contact Moss Drainage today to learn more about how we can support your next project.