Restoring Waterways
Canals, Rivers & Coastal Waters
From the industrial heritage of our canal networks to the vital pulse of our coastal estuaries, water is the lifeblood of our communities. However, decades of nutrient runoff and industrial discharge have strained these ecosystems.
Healing the Arteries: Canals and Rivers
Canals and rivers often suffer from high concentrations of nitrogen and phosphorus, the primary drivers of toxic algal blooms. By integrating photobioreactors and passive algal "skid" systems along these waterways, we can intercept these nutrients at the source. This biomimicry in action ensures that water downstream is clearer, oxygen-rich and safe for both wildlife and recreation.
As algae thrive on the nutrients in the water, they simultaneously scrub carbon dioxide from the atmosphere at rates far exceeding land-based forests. This transforms urban canal-sides into high-density carbon sinks, contributing to local net-zero targets while improving air quality in densely populated areas.
By deploying algae-based buffers at estuaries and discharge points, we prevent the "dead zones" that threaten marine biodiversity. This coastal remediation protects vital shellfish beds and seagrass meadows, restoring the natural balance of our shores.
The remediation process does not end with clean water. The biomass harvested from these coastal and riverine systems is a treasure trove of raw materials. This creates a sustainable loop where "waste" is transformed into:
- Biostimulants: Supporting local agriculture with nutrient-dense, organic soil enhancers.
- Sustainable Feedstock: Providing the maritime and farming sectors with low-carbon protein sources.
- Bio-Materials: Advancing the next generation of biodegradable packaging and textiles.
