Water harvesting

SDS GWOD (Greywater on Demand) is a fully automated system that delivers a consistent supply of treated greywater to meet a site's required daily volume. Greywater recycling can reduce mains water consumption by up to 40%. Installing a greywater system is a great alternative to traditional sustainable measures, offering an effective solution with

SDS’s WaterBank® Intellistorm® rain and grey water recycling system enables a site to maximise rainwater reuse and minimise discharge to drain, operating entirely under its own control. SDS WaterBank® intelligent rain- and grey- water recycling system provides an integrated water management and delivery platform

SDS WaterBank® Intellistorm® systems integrate stormwater attenuation and rainwater harvesting to maximise the capacity for water reuse and minimise the risk of flooding. Live weather data is used to facilitate the autonomous control of water retention and reuse based on expected rainfall

Rainwater Harvesting Chambers are bespoke precast concrete storage units designed for use in rainwater harvesting systems. They support environmental water management by collecting filtered rainwater, typically from rooftops, for reuse in residential, commercial, industrial and agricultural settings. The chamber complies with Environment Agency

SDS Intellistorm® is a smart rainwater recycling and attenuation system designed to manage stormwater and maximise rainwater reuse using a single tank. It uses live weather data to control water storage and release, reducing mains water use, flood risk, and the need for extra tanks or land

Marshalls Civils & Drainage have different types of precast rainwater harvesting systems for both domestic and commercial schemes. The systems work by collecting rainwater from roofs and occasionally hard standing areas, which are usually gravity fed though a cleaning filter into the Oasis chamber via calmed inlet. It is then pumped through a

SDS delivered a smart rainwater harvesting system that repurposed an existing attenuation tank already installed at Plymouth Argyle Football Club's Home Park stadium. The club aimed to enhance its environmental performance at the stadium by reducing mains water use and improving rainwater management. The goal was to capture and reuse rainwater for

SDS designed and installed a smart rainwater harvesting and reuse system for Blackburns Farm, a 30-hectare site in Lancashire which also serves as a charitable nursery and wildlife centre, providing locally-grown produce to food banks and supporting education and volunteering. Facing increasing rainfall variability and rising water costs, the farm

SDS was required to deliver a bespoke greywater recycling system for 80 luxury apartments at 80 Holland Park in West London. The system would enable wastewater from basins, showers and baths to be treated and used throughout the building, allowing the development to achieve a water efficiency criteria of 100 litres maximum mains water consumption per person per day

SDS rainwater harvesting systems are providing water security for 20 business premises on the Isles of Scilly by addressing a shortage of mains-supplied drinking-quality water. The brief from the Council of the Isles of Scilly was to replace as much of businesses’ non-potable water consumption as possible with recycled rainwater

In a demonstration of advanced water management, the Intellistorm® smart water management system, developed by SDS, has showcased its capability to handle significant rainfall events. Deployed at a school in Lancashire, the system effectively managed stormwater over a rainy period, reducing the load on local sewer systems. The Intellistorm® system

SDS installed 50 Intellistorm® smart water butts across Wrea Green, a village in Lancashire, with a further 35 planned, each equipped with sensors and SDS SYMBiotIC™ monitoring and reporting software. The village is home to the UK’s single largest deployment of domestic smart rainwater recycling systems. With support from water services supplier

SDS WaterBank® Intellistorm® rainwater management system and SDS SYMBiotIC™ were used in a South West Water pilot project to establish whether residential smart rainwater storage tanks could ease headroom issues in a combined sewer network. The overall purpose of the project was to improve the quality of bathing water in the bay at Combe Martin

SDS partnered with Southern Water to deploy its Intellistorm® smart rainwater recycling system at residential properties in Deal, Kent, significantly reducing surface water flooding. Community engagement was strong, with nearly half of homeowners opting to participate. Moreover, the involvement of the University of Exeter adds scientific rigour to