Phytotechnology Projects

These are past, present and future projects that use phytotechnologies to remediate contaminants. This list functions through continued user input. Please consider submitting your project to this database and returning frequently to update your data. This database is searchable- see the search function in the right-hand column. 

You will also find other information and databases relevant to projects on our Resources Page. 

Sort by Date Posted  |  Project Name

project image

Liz Rylott and Neil Bruce (York), Sharon Doty and Stuart Strand (Univ. of Washington), Antonio Palazzo (US Army, USA CRREL) The toxic explosive hexahydro-1,3,5-trinitro-1,3,5-triazine (RDX) is both resistant to degradation and highly mobile through soils and ground water and, as a result of this, RDX is now a significant threat to drinking sources such as those close to the US Massachusetts Military. We have demonstrated that Arabidopsis expressing bacterial RDX degrading enzymes remove and degrade saturating concentrations of RDX from soil leachate. We are currently transferring this technology into selected perennial wheatgrass species for the phytoremediation of RDX from soil leachate.

Industrial wastewater of a tannery in Mexico is treated in a planted gravel filter. Through this the COD in wastewater is reduced below the regulatory limit value of 200 mg/l O2.

project image

During the remediation of the remains of former uranium mining and processing, the treatment of water contaminated with radioisotopes and heavy metals is a task of high priority. BioPlanta has undertaken extensive investigations into the treatment of water from the pit Pöhla-Tellerhäuser (Germany). The results of investigations with pilot scale constructed wetlands provided data about the treatment efficiency under varying hydraulic and material load, variability of the efficiency, remobilization of pollutants and the distribution of removed contaminants among the wetland media (gravel, plants).

The former municipal solid waste landfill Altablagerung Wannsee (AAW) in southwestern Berlin was chosen for installation of an evapotranspiration (ET) landfill cover design. This design relies on a qualified soil-vegetation barrier to minimize or prevent water from infiltrating into the underlying waste, thereby minimizing leachate generation. Scots pine (Pinus silvestris) saplings were planted on the AAW into the grass-covered top soil layer (silty sand compost blend) in 2005. Most of the 14,000 planted pines died the same year. Three experimental field plots were established in 2006 to tackle this problem, including the alternative planting of Austrian pine (Pinus nigra) and Norway spruce (Picea abies). The plot locations represent locally common topographical and exposure conditions. Ecotechnology means are being tested for increasing survival and growth of the conifers. Environmental site conditions are characterized regularly, emphasizing key soil parameters, vegetation composition, and weather.

On the site of the waste pile 371 of WISMUT the first constructed wetland (4 serially connected basins) for the biological treatment of mining water in Germany was designed and built. For the discharge into a nearby river water, uranium and arsenic have to be removed. Extensive investigations on the management, robustness and long-time stability of the constructed wetland have been carried out. The operation under properly controlled redox conditions is essential to achieve low arsenic and uranium levels at the same time.

Successfull removal of solids and metals, pH regulation and sulphate degradation have been reached in a treatment system that consisted of aeration cascade, sedimentation, limestone drainage, anaerobic gravel filter and algae containing treatment step.

The study has analyzed the capacity of nine ramie cultivars to absorb and accumulate Cd through two years of micro-regional field.The Cd contents retained in different parts of ramie are ranked as the following: bast > stems > leaves.Ramie has the ability to accumulate large amount of Cd; under the treatment with 1.65,25 and 100 mg kg-1 of Cd, three times of ramie harvest annually remove 0.25,0.76 and 0.97 kg hm-2 a-1 of Cd respectively.

BES C, MENCH M, 2008 Remediation of copper-contaminated topsoils from a wood treatment facility using in situ stabilisation. Environ Pollut 156:1128-1138 MENCH M, BES C 2009 Assessment of the ecotoxicity of topsoils from a wood treatment site. Pedosphere 19:143-155 BES C et al 2010 Spatial variation of plant communities and shoot Cu concentrations of plant species at a timber treatment site. Plant Soil 330:267-280 MENCH M et al 2010 Successes and limitations of phytotechnologies at field scale: Outcomes, assessment and outlook from COST Action 859. J Soils Sediments 10:1039-1070 KOLBAS A et al 2011 Copper phytoextraction in tandem with oilseed production using commercial cultivars and mutant lines of sunflower. Int J Phytorem

A mixed hybrid poplar, willow, and loblolly pine system of 3,100 trees was planted at the U.S. Coast Guard Training Facility in Elizabeth City, NC, USA. This is a demonstration site for the North Carolina Department of Environmental and Natural Resources as part of the US EPA 319 Program. The main objective is to prevent the groundwater migration of fuels from former storage areas to the Pasquotank River. Soil gas analyses show an 85% reduction of total petroleum hydrocarbons from February 2007 to July 2010; groundwater concentrations of BTEX are below regulatory levels at key groundwater wells.

« previous   1 | 2        (14 items found)


Contaminant Categories

List projects by country

If you are involved in a project that would interest the Phytotechnology community, please click the link below to fill send us all of the information. Once our editors have reviewed the project as relevant to the IPS it will be available to the public on this website.
Submit your project »

Become an IPS member today

Click here to sign up and receive member benefits now