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Amsterdam, Netherlands
1-10 Employees
2018
We are empowered beings and we can shape our future together.
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Featured
Phytoremediation
... Naturecentric - Phytoremediation ...
Hyderabad, India
11-50 Employees
We are actively working on rejuvenating Polluted Water bodies, lakes and Nallahs.BlueDrop systems are Economical, Clean, Green, Environment friendly and Easy to operate. BlueDrop Enviro is a Sustainable Green solutions environmental company fully focused on the single objective of Waste Water Treatment and expert in Construction Wetlands solution in the world. We at BlueDrop believe water is the "silver drop of life" that sustains life with infinite potential of being recycled in various ways. Sravan Banda , is the Co-founder and the brain behind BlueDrop’s entry into the Environment & Sustainability space with Constructed Wetlands. Wallace is the founding partner of Naturally Wallace Consulting (NWC). Sravan Banda is the Co-founder and the brain behind BlueDrop’s entry into the Environment & Sustainability space with Constructed Wetlands. With great work experience in new product development and product management with Global Pharmaceutical companies followed by enterprising experience in multiple verticals, Sravan leads Company’s global R&D, technology and innovation activities. BlueDrop Enviro, an Environmental Services company are Sustainability Experts, offering Nature-based solutions for the new generation & a revolutionary "Smart STP for Urban Space" and "Wetland Gardens" for Wastewater treatment.
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BlueDrop Aerated Constructed Wetlands WasteWater Treatment
... Phytoremediation redefined for Indian eco-system. ...
Andria, Italy
1-10 Employees
We are qualified in highly innovative installation and maintenance services that concern industrial, domestic and agricultural sectors.
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Phytoremediation Plants
... Phytoremediation Plants - Realizzazioni - ABSOL S.r.l. ...
United Kingdom
1-10 Employees
2017
Terra Power was founded to develop a technology that produces renewable energy using plants grown on contaminated land, whilst simultaneously remediating the land over time. Then we use innovative technology to decontaminate the plants we grow and transform them into biogas through anaerobic digestion. Our innovative technology removes heavy metals from contaminated biomass so that it can be safely turned into biogas. Biogas is a clean, renewable source of energy that can replace traditional cooking fuels, especially in developing countries. Using an innovative polymer made from waste oils and orange peel, we capture heavy metals like mercury. Jeffrey is a low carbon development expert with 17 years of clean tech and climate policy experience. Yuyun brings 25 years of experience in toxic pollutants and public health. Yuyun is a Goldman Prize winner for work in anaerobic digestion and toxics, a LEAD Fellow, Ashoka Fellow, and an Ancora Scholar.
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Featured
Our Technology | Terra Power
... We safely turn phytoremediation crops into bioenergy by processing harvested biomass using our patented technology and process. ...
Today, we are engaged in a broad lead awareness campaign focused on communities where there is a known propensity of measured blood lead levels in children. We are evaluating, implementing, advocating, educating, and researching effective solutions to all types of lead hazards in the environment through cooperative partnerships with community groups, government agencies, businesses, and individuals. Our program framework describes the primary sources of lead contamination; offers practical prevention methods, and identifies resources for testing, evaluation, care, and if necessary, remediation.
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Phytoremediation
... Lead Abatement Resource Center Phytoremediation ...
Calgary, Canada
11-50 Employees
We deliver innovative and practical strategies to help clients address complex environmental challenges. Earthmaster was founded in 1998 and over the years our business has steadily grown. Earthmaster is proud to collaborate and engage with the Indigenous communities in the areas in which we work. Earthmaster is an environmental consulting company that provides unparalleled expertise, value and service to the upstream oil and gas industry in Western Canada. Earthmaster is an environmental consulting company based in Calgary, Alberta . Earthmaster is a one-stop service provider for the management of contaminated and abandoned sites . Earthmaster Presents at the NPRRW In Saskatoon . Today, we have over 35 employees and offer a full range of environmental services.
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Phytoremediation - Earthmaster Environmental Strategies Inc.
... Phytoremediation - Earthmaster Environmental Strategies Inc. ...
London, United Kingdom
11-50 Employees
2019
The world’s technologically leading accelerated air cleaning planter that cleans and monitors the air you breathe. Air pollution is a major cause of premature death and disease being responsible for an estimated 4.2 million deaths each year. Integrated sensors Sensors provide real-time information on your air quality, humidity and temperature. Fans Efficient fans help to deliver air directly into the roots area at a constant rate.
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CityAir Tech : The air cleaning planter that purifies indoor air
... Phytoremediation The power of ...
London, United Kingdom
11-50 Employees
2019
PHYLA decodes the opportunities for revenue generation and brings together the partners needed for success. PHYLA is at the heart of “the reconstruction of economics to include nature, our most precious asset”. Inter-generational equity is not an add-on, it is the very core of our mission. Restoring the Earth’s degraded ecosystems is the challenge of our generation. Leveraging and building state-of-the-art technologies to regenerate land, provide energy, clean water and monitor the results. Developing polycultural syntropic agroforestry and silvopastoral production systems that restore soil health and species biodiversity. Nature provides infinite value to the economy and will require unprecedented investments to secure future returns.
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Featured
Mines
... Phytoremediation & Heavy Metal ...
Forest of Dean, United Kingdom
1-10 Employees
We are currently involved in projects using Willow to treat leachate from landfills and clearing up waste oil disposal sites with The Clean Rivers Trust. We are a company specialising in the supply of willow for Environmental projects, having been involved in the willow industry for over 10 years we can source and supply any quantity of willow and advise on its use and abilities. We provide an installation/planting service, using willow for river/lake bank erosion control, Spiling, Faggots or Fascines, and also plant willow for phytoremediation of soil or leachate. Willow is a proven hyper-accumulator of some heavy metals and metabolises hydrocarbons, see link. With the new regulations for Ammonia emissions coming into effect, willow plantations may help in removing Ammonia from around livestock sheds and slurry pits, see link, as well as providing useful biomass for heat and power.
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Featured
Willow Suppliers | Wye Willows
... Willow suppliers for environmental projects, river/lake erosion control, willow spiling, phytoremediation, willow ...
Duluth, United States
1-10 Employees
2014
MuniRem is a scalable and versatile solution for chemical neutralization and destruction (or disposal) of a. MuniRem Reagent insures instant neutralization of bulk explosives to non-toxic, end products and. Application of MuniRem® in support of large scale demilitarization contracts. Contaminated soils treatment involves mixing MuniRem Reagent into the soils and adding water to achieve. Decontamination applications involve spraying the MuniRem solution on building walls, large equipment. Safe removal of H-6 Explosives from equipment and on-site neutralization by MuniRem. Inerting of recovered scuttled Confederate States Ship (CSS) Georgia underwater munitions by MuniRem. Decontamination of explosives contaminated equipment and building walls by MuniRem.
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Featured
Phytoremediation – Munirem Environmental
... MuniRem Environmental uses green plants to clean up air, soil, and water; Enhancement of rhizodegradation (rhizoremediation) to achieve rapid phytoremediation of degradable compounds. Phytoremediat… ...
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Some interesting numbers and facts about the results you have just received for Phytoremediation
| Country with most fitting companies | United Kingdom |
| Amount of fitting manufacturers | 13 |
| Amount of suitable service providers | 16 |
| Average amount of employees | 11-50 |
| Oldest suiting company | 2014 |
| Youngest suiting company | 2019 |
Phytoremediation is an innovative, eco-friendly process that harnesses the natural abilities of certain plants to absorb, sequester, and degrade contaminants from soil, water, and air. This green technology leverages the inherent capabilities of vegetation to remove pollutants or convert them into less harmful forms through various mechanisms, including phytostabilization, phytoextraction, phytodegradation, and rhizofiltration. Each method serves a unique purpose: phytostabilization prevents the spread of contaminants by immobilizing them in the soil; phytoextraction pulls contaminants out of the soil or water and accumulates them in plant tissues; phytodegradation breaks down pollutants within the plant or in its immediate environment; and rhizofiltration uses plant roots to absorb or precipitate toxic elements from contaminated groundwater or wastewater. The significance of phytoremediation within environmental science and engineering is profound. By offering a cost-effective, sustainable alternative to traditional remediation methods, such as soil excavation or chemical treatment, it not only mitigates pollution but also contributes to land restoration and conservation. The technique is particularly valuable in addressing widespread issues like heavy metal contamination, organic pollutants, and radioactive substances, making it a critical tool in the global effort to rehabilitate damaged ecosystems and promote environmental sustainability. Moreover, phytoremediation's non-invasive nature minimizes ecological disturbance, supporting biodiversity and enhancing the aesthetic value of landscapes. As research advances, the application of genetically modified plants with enhanced contaminant removal capabilities promises even greater effectiveness, heralding a new era of eco-technological solutions to environmental challenges.
1. Cost-Effectiveness
Phytoremediation stands out as a highly cost-effective method for decontaminating soil and water. Unlike conventional cleanup techniques that often involve expensive machinery and labor-intensive processes, phytoremediation utilizes plants to absorb, break down, or contain pollutants. This natural approach significantly reduces financial burdens associated with environmental remediation efforts.
2. Environmental Friendliness
This method boasts a minimal environmental footprint, promoting the restoration of ecosystems without the use of harsh chemicals or disruptive mechanical processes. By leveraging the natural capabilities of plants, phytoremediation helps maintain biodiversity, supports soil health, and reduces the risk of secondary pollution, which is a common concern with traditional remediation methods.
3. Public Acceptance
Phytoremediation enjoys a higher level of public acceptance compared to more invasive techniques. The use of green technology aligns with growing environmental consciousness among the public and policymakers alike. Its gentle integration into landscapes allows contaminated sites to be treated without the social stigma often associated with industrial remediation efforts.
1. Experience and Expertise in Phytoremediation
Ensure the supplier has a proven track record in phytoremediation projects, with in-depth knowledge of using plants for the removal, degradation, or containment of soil, water, and air pollutants.
2. Plant Selection and Availability
The supplier should offer a wide variety of plants known for their phytoremediation capabilities and provide guidance on selecting the right species based on the specific contaminants and environmental conditions of your site.
3. Compliance with Environmental Regulations
Verify that the supplier adheres to all relevant local and international environmental regulations and standards, ensuring the phytoremediation process is conducted safely and legally.
4. Project Support and Maintenance
Look for suppliers who provide comprehensive support, including initial site assessment, project design and implementation, and ongoing maintenance and monitoring of the phytoremediation system.
5. Cost-Effectiveness
Assess the supplier's pricing structure to ensure the cost of their phytoremediation solutions is competitive and offers good value for the level of service and expertise provided.
Phytoremediation, a cost-effective and sustainable method of using plants to detoxify polluted soils, water, and air, finds its application across multiple industries. In the agricultural sector, this technology aids in reclaiming farmland contaminated by pesticides and heavy metals, allowing safer cultivation practices and crop production. By deploying specific plant species capable of absorbing these contaminants, farmers can improve soil health and ensure the safety of their produce. The industrial realm benefits significantly from phytoremediation, particularly in managing the aftermath of industrial spills and waste. Companies can employ phytoremediation techniques to cleanse areas affected by chemical leaks, thus mitigating environmental damage and reducing cleanup costs. This approach not only aids in restoring ecological balance but also helps industries comply with environmental regulations. In urban development, phytoremediation plays a crucial role in landscaping and urban planning. By integrating phytoremediation projects into green spaces, cities can tackle pollution, enhance air quality, and create healthier living environments. This method is especially valuable in areas with a history of industrial use, where soil and water contamination poses a risk to public health. Lastly, the mining industry employs phytoremediation to address the toxic residues left by mining operations. Plants capable of absorbing and accumulating heavy metals from the soil are used to rehabilitate mine sites, preventing harmful pollutants from entering the water supply and ensuring the land can be safely repurposed for other uses.
Phytoremediation, the process of using plants to clean up soil, air, and water contaminated with hazardous contaminants, is considered to be at a Technology Readiness Level (TRL) of 4 to 6. This assessment reflects the stage of validation in a controlled environment or demonstration in a relevant environment. The reason for this TRL classification centers around several technical challenges and advancements. Firstly, the effectiveness of phytoremediation is highly dependent on the specific plant species used, the contaminants present, and the environmental conditions, requiring extensive research to identify optimal combinations. Additionally, while phytoremediation offers a more environmentally friendly and potentially cost-effective alternative to traditional remediation methods, its relatively slow pace and the need for long-term monitoring to assess effectiveness and environmental impact further complicate its readiness for widespread application. Moreover, genetic engineering has been explored as a means to enhance the capabilities of plants used in phytoremediation, yet this approach raises regulatory, ethical, and ecological concerns that need to be addressed. Despite these challenges, continuous research and pilot projects have demonstrated the potential of phytoremediation, pushing it closer to higher TRLs by validating its effectiveness in situ and refining the methodologies for its application.
In the short term, advancements in phytoremediation are expected to focus on enhancing the efficiency and range of pollutants that plants can extract from contaminated environments. Researchers are increasingly turning to genetic engineering to develop plant species with heightened abilities to absorb, degrade, or stabilize hazardous substances. This phase will likely see the deployment of these genetically modified plants in pilot projects, testing their real-world efficacy in cleaning up pollutants like heavy metals and organic compounds from soil and water. Mid-term developments are anticipated to involve the integration of phytoremediation with other green technologies, creating more comprehensive and sustainable remediation strategies. Innovations in this phase may include the use of drones and robotics for monitoring and managing phytoremediation sites, as well as the application of artificial intelligence to optimize the selection and placement of plant species based on specific environmental conditions and contamination profiles. This period will be characterized by a move towards larger-scale applications, demonstrating the viability of phytoremediation as a key component of environmental restoration efforts. Looking into the long term, the focus is expected to shift towards fully harnessing the economic potential of phytoremediation. Breakthroughs could include the development of biorefineries that transform contaminated biomass into valuable biofuels or bioproducts, thus turning the byproducts of phytoremediation into sources of renewable energy and materials. Additionally, the long-term phase may witness the establishment of global standards and regulations for phytoremediation practices, promoting its adoption worldwide as a cost-effective and environmentally friendly alternative to traditional remediation techniques.
