28th July 2021

New on Catch-Up: Managing Surface Water

Campus Admin

This session has been developed over the past ten years by Chris Griffiths, Marshalls’ SuDS expert. The presentation aims to explain basic Sustainable Drainage principles and understand their position within a wider water management hierarchy, from Natural Flood Management techniques right through to heavily engineered underground storage systems. We will explore changes and improvements in SuDS guidance and legislation and discuss what this means for both new developments and retrofit schemes in the UK.  

There will be a detailed guide to the specification of Concrete Block Permeable Paving (CBPP), as well as a walkthrough of how to design robust and long-lasting CBPP systems, which balance structural and hydraulic requirements. The opportunity to save time, cost and carbon by designing outside of the British Standards will also be explored during this session. 

The final section explores some of the most persistent myths, which surround SuDS and permeable paving – effectively, the most common excuses we hear from developers who are confused about the specification, design, installation or maintenance of these cost-effective and time-proven systems. We will present designers with the information and evidence they need to overcome these objections, allowing them to confidently design quality sustainable drainage systems into their projects. 

Chris Griffiths is Marshalls’ Design & Engineering Marketing Manager. He has worked for Marshalls since 2011. He is primarily responsible for raising the profile of Marshalls’ Design and Engineering services through online content and CPD. Having managed the Priora permeable paving range for much of his time at Marshalls, and having been involved in SuDS for over 14 years, he remains a vocal and committed campaigner in the flood mitigation arena and represents Marshalls on a number of forums and committees including Interpave and CIRIA. 

 

Next

Our next live Campus webinar on the 22nd of June will focus on the celebration of the increased establishment of trees in the urban environment using soil cells, sometimes known as crate systems or pavement support systems.

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