Microalgae Bioremediation has global potential and scalability. Find the world’s highest quality in-situ river bioremediation projects and track their growth over time.
To start a new project, Submit a potentially polluted river for Liquid Trees to review the applicability of our technology.
We started Liquid Trees with the mission of reducing pollution in river systems using microalgal technology, while mitigating climate change. We harness the latest advancements in satellite data and machine learning to ensure the efficiency of the technology.
We believe that our in-situ microalgae-based carbon dioxide removal technology requires optimized and robust measurement methods to ensure the effectiveness of the monitoring and validation process. Therefore, to increase confidence in our technology, we are developing our own technology specifically designed to address our primary monitoring needs and create transparent and impactful carbon projects
With Liquid Trees, you can support the best river natural technology coupling biological carbon sequestration and bioremediation, to improve water quality and make a transformative impact on local ecosystems.
Liquid Trees enables supporters to support bioremediation or start their own river restoration projects over an extended period, safeguarding water quality and ensuring a healthy future to achieve sustainability goals. This empowers supporters to create a strong and positive impact on the environment with the help of low-cost and highly efficient technology.
Liquid Trees uses forefront technology to monitor river bioremediation and track project performance, bringing high accuracy and reliability.
Learn moreEvery river project listed on the Liquid Trees Marketplace must align with our Evaluation Criteria to ensure project quality.
To monitor a river bioremediation project, LiquidTrees uses remote sensing and geographic information systems along with field measurements to monitor and assess microalgae biomass and nutrient evolution along the target river.
The application of microalgae technology for river water treatment is based on the replication of natural systems and represents a sustainable remediation technique.
On top of carbon sequestration, several co-benefits are generated by microalgal technology such as water oxygenation, excess nutrients, heavy metals and other micropollutants removal, and eutrophication mitigation.
Also, Liquid Trees projects promote native microalgae communities and river biodiversity while generating ecological, social, and economic benefits for communities and local areas where the technology is applied.
By supporting the Liquid Trees projects, you are contributing to multiple impacts on the environment and protecting the nature by:
