An innovative and progressive technology that uses plants to rid soil, groundwater, air, sediments, and surface water of contaminants. Phytoremediation is comprised of several different techniques that utilise vegetation, its related enzymes, and other complex processes. Collectively, these processes can isolate, destroy, transport, and remove organic and inorganic pollutants from contaminated media, whilst reinstating soil fertility, biodiversity & capturing carbon.
When plants are introduced to a contaminated medium, the processes which occurs is broadly known as phytoremediation.
There are five distinct processes which contribute to the success of phytoremediation.
The enhancement of soil microbial activity to accelerate the breakdown of contaminants. This is typically done by organisms which work together with plant roots.
Use of plant roots to reduce the movement and bioavailability of contaminants in the environment. Put simply, this is the process of locking up contaminants to mitigate exposure pathways.
The plant’s ability to consume and transform contaminants by its use of enzymes, which break down compounds into less harmful substances.
The process in which plants take up contaminates from medium and release them as a less toxic element to atmosphere through transpiration.
This complex process is the ability of specific plants to extract contaminants from the soil and absorb in harvestable biomass. This can reduce initial contaminant levels to more workable limits, but being highly complex, it can only be used in specific cases.
In situ treatment
Carbon negative footprint
Uniquely tailored for exposure prevention
Increased ecological and community value
A future-led approach to contamination
Disposing of contaminated soil moves the issue, concurrently destroying ecosystems at a high operating expense. Phytotechnology reduces contamination over time through sustainable management systems.
Phytotechnology is site-specific, the applicability and performance will vary widely based on parameters such as vegetation, climate, soil type and contamination present.
At any site size, the environmental, social and cultural benefits of our Phytotechnology’s far outweigh those of conventional methods. Economically, our solutions become more viable at larger scales.
The duration of your project depends on a number of factors. To fully restore a site with high concertation of inorganic pollution can take up to a decade.
The project timeline can be significantly shortened through greater insight for informed decision making.