Engineering a Low-Carbon Future : Colloide

Engineering a Low-Carbon Future

Our Role in Transforming Sustainability Goals into Reality

The UK’s Commitment to Decarbonisation

The engineering industry in the United Kingdom is at the forefront of the global transition towards low-carbon solutions, playing a pivotal role in addressing climate change and achieving sustainability goals. The UK government has set ambitious targets to reduce greenhouse gas emissions to net zero by 2050, meeting its obligations under the Paris Agreement. This commitment necessitates a comprehensive transformation across various industries, with engineering at its core.

Colloide's Role in Advancing Low-Carbon Engineering

At Colloide, we are dedicated to innovating and implementing sustainable process engineering solutions that contribute to a low-carbon future. Our expertise spans water treatment, energy solutions, and facilities engineering, enabling us to deliver customised, eco-friendly systems that optimise energy use, and reduce waste through circular economy practices.

Our team monitor carbon systems to track emissions and ensure that each project is aligned with sustainability goals. By incorporating renewable energy sources, such as solar and biomass, and using low-carbon materials, Colloide aims to reduce the environmental impact of its infrastructure and operations. Through ongoing research and development, Colloide explores innovative engineering practices to stay at the forefront of sustainability. These efforts reflect Colloide’s commitment to creating a sustainable, low-carbon future.

Notable Projects and Initiatives

Focusing on environmental stewardship and innovation

Viking Energy Network Jarrow

One of our flagship projects is the Viking Energy Network, a pioneering renewable energy scheme that harnesses low-grade heat from the River Tyne to supply 11 council-owned buildings. This project is expected to reduce annual carbon emissions by approximately 1,035 tonnes and save around half a million pounds a year, exemplifying our commitment to delivering impactful low-carbon solutions.

Additionally, our involvement in district heating projects in Tyne and Wear showcases our dedication to transforming urban energy systems. By utilising low-carbon energy sources, these projects significantly reduce the carbon footprint of the areas they serve, demonstrating strong environmental stewardship and innovation.

Lough Talt Water Treatment Plant

Colloide were proud to be a key contributor in the sustainable upgrade of the Lough Talt Water Treatment Plant (WTP). This was in partnership with Coffey Group, Irish Water, and Sligo County Council. Colloide supplied Package Sand Filter Systems, installing two new Rapid Gravity Treatment (RGF) units. These units delivered clean, safe drinking water to approximately 13,000 people, which addressed long-standing public health concerns such as cryptosporidium and trihalomethane formation.

Rapid Gravity Filters (RGFs) are designed to improve water quality while reducing energy consumption and carbon emissions. RGF’s help cut carbon emissions primarily through their energy-efficient design and operation. Unlike other treatment methods that rely heavily on energy-intensive pumps or chemical treatments, RGFs use gravity to drive the filtration process.

Crosshill Leachate Treatment Plant

Colloide worked with Eastwood Envirowaste Ltd to oversee the design, installation, and commissioning of a new leachate treatment plant at Crosshill Landfill in Crumlin, Northern Ireland. The plant, was designed to handle 25-27m³ of leachate daily from various landfill cells. It employs efficient biological processes to meet rigorous NIEA and NI Water standards, emphasising sustainability and environmental protection.

Colloide’s installation teams, enabled off-site prefabrication of equipment, reducing on-site construction time and minimising environmental and logistical disruption. The installation process included close coordination with local authorities, businesses, and residents to address traffic concerns, ensuring seamless delivery and setup. Comprehensive testing and a 12-week proving period confirmed the plant’s compliance with health, safety, and performance guarantees, solidifying Crosshill Treatment Plants role in sustainable waste management.

Collaborating for a Sustainable Future

We were proud to be an approved supplier to the Net Zero Carbon Delivery Framework developed by Essentia Trading Limited (ETL), a subsidiary wholly owned by Guy’s and St Thomas’ NHS Foundation Trust. This collaboration underscores our commitment to supporting the healthcare sector in achieving its sustainability goals through energy-efficient and low-carbon solutions. Another example of green innovation and circular economy systems, is our key partnership with Sea Potential on the DUO Wave-Powered Desalination System (DUO DS). This system addresses global water purification in remote coastal areas and the aquacultural sector. The DUO system taps directly into ocean wave energy, converting wave motion into hydraulic pressure to power seawater through a reverse osmosis (RO) membrane, resulting in fresh, potable water. A great collaborative effort in redefining sustainable water treatment.

We are always open to collaborating on new systems, improving existing technologies, and welcoming new partners to join us in developing innovative solutions for a more sustainable future. Contact our team today!

The Path Ahead

As the UK continues its journey towards a low-carbon economy, the engineering industry must remain agile and innovative. At Colloide, we are committed to leading this transformation by delivering sustainable engineering solutions that not only meet the current demands but also anticipate future challenges. Our mission is to improve our world by innovating and implementing sustainable process engineering solutions, ensuring a brighter tomorrow for both people and the planet.

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