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Advanced remediation technologies and integrated approaches for safe, sustainable solutions.
We understand that every contaminated site is unique, so we offer a complete suite of remediation methods to address contamination in any environment.
Taking a technology-agnostic approach, our site-specific remediation methods include both traditional techniques and emerging remediation technologies – carefully selected for effectiveness, regulatory compliance and environmental safety.
Biosolids, Groundwater, Soil
This biological remediation method uses natural or engineered microbial processes to break down hazardous contaminants into less harmful substances. This method is particularly effective for organic pollutants and can be applied to soil, groundwater, and biosolids. We often use this technique when a biological approach supports the environmental conditions of the site.
Biosolids, Groundwater, Hazardous Liquid Waste, Surface Water, Wastewater
Through physical remediation techniques such as sedimentation, filtration, or centrifugation, contaminants are separated from biosolids for disposal or treatment. These methods are often applied before disposal or further treatment, concentrating the contaminants for easier management.
Biosolids, Soil
An ex-situ remediation technique, excavation involves the physical removal of contaminated waste from a site. This method is often used in conjunction with other techniques, such as incineration or concentration, to ensure complete remediation of heavily contaminated areas.
Groundwater
Installed in the ground on-site, hydraulic barriers control the flow of contaminated groundwater. These barriers create an impermeable zone that prevents contamination from spreading to uncontaminated areas, allowing for effective management and treatment of contaminated groundwater.
Biosolids, Hazardous Liquid Waste, Soil, Solid Waste
Incineration is a thermal destruction process used for the complete removal of hazardous organic contaminants. We would typically apply this method to highly contaminated biosolids where other methods may be less effective. It ensures the permanent destruction of contaminants.
Leachate, Hazardous Liquid Waste, Surface Water, Wastewater
Our mobile water filtration plants are versatile and can be rapidly deployed to treat contaminated surface water and leachate on-site. Utilising high-quality filtration mediums, including granular activated carbon and ion exchange, these plants support novel in-situ capabilities, and can also operate as best-in-class standalone filtration systems.
Our plants combine flexibility and efficiency, making them ideal for both temporary and long-term remediation projects, with rapid deployment and immediate results.
Groundwater, Soil
Like hydraulic barriers, permeable reactive barriers (PRBs) are installed in the ground on-site, placed in the path of a contaminated groundwater plume. These barriers are made from permeable materials that undergo chemical or biological reactions as contaminated groundwater flows through them. These reactions facilitate the treatment or removal of contaminants, offering a passive, long-term solution for managing soil and groundwater contamination.
At Photon Remediation, we incorporate a unique PRB into our patent-pending in-situ soil remediation technology, EarthGuard PRB™.
Biosolids, Soil
Soil venting, or soil vapor extraction, is a physical remediation technique. It involves the removal of volatile contaminants from the soil by vacuuming out the contaminated vapours. This method is ideal for soils impacted by volatile organic compounds (VOCs) and is a critical part of many soil remediation strategies.
Biosolids
Steam-enhanced extraction involves the injection of steam into contaminated materials to heat and transform contaminants into vapor, making them easier to extract. This method is particularly effective for treating semi-volatile organic compounds (SVOCs) and non-aqueous phase liquids (NAPLs) and can be used alongside other remediation techniques.
In addition to more traditional remediation methods, we offer advanced in-situ remediation solutions that have been tested and proven to remove PFAS and other contaminants from soil and groundwater, directly on site.
These advanced remediation technologies can be employed individually or integrated into a treatment train, designed to deliver high remediation effectiveness with minimal environmental disruption.
WaterGuard Nano™ is a patented technology shown to remove 70% to 90% of PFAS from contaminated groundwater.
An emerging technology, EarthGuard PRB™ utilises electrokinesis and a permeable reactive barrier to remove contaminants from soil and biosolids.
We follow a systematic and integrated remediation approach to ensure effective solutions for each project. We’ll guide you through each stage of the process, from start to finish.
We start with a discussion to fully understand your needs and challenges.
A comprehensive review of available data and site processes helps to inform our initial approach.
When necessary, we'll visit the site to support our data review and gain further insights into the site environment and operations.
Based on our review and audit, options are evaluated to develop a comprehensive remediation action plan, including remediation technology selection.
After the remediation action plan is agreed, we deploy the selected remediation techniques and products.
Once the remediation process is complete, we hand over the project, along with any required EPA certification.
Ongoing support, monitoring and follow-up help to ensure the long-term success and compliance of your remediation project.
Our goal is to enhance natural environments, but we recognise that remediation efforts can sometimes have adverse impacts on the very ecosystems they aim to protect. That's why we prioritise sustainability, including how our remediation equipment is powered.
Through our sister company Photon Energy, we leverage over 15 years of experience developing and operating solar power systems. This unique combination of expertise allows us to integrate renewable energy seamlessly into our remediation projects.
By powering our remediation technology with clean energy, we ensure that our solutions not only address contamination but also contribute to a more sustainable future for the environments we work to restore.
How does Photon Remediation determine which techniques to use?
We assess each site individually, considering factors like contamination type, soil and groundwater characteristics, and environmental impact. We then select site-specific remediation methods as part of a tailored action plan.
Is Photon Remediation committed to specific methods?
No, we're technology-agnostic. This means we don't rely on one-size-fits-all solutions. Instead, we select the best technology or combination of methods for each unique project, ensuring the most effective and efficient remediation.
Can remediation methods be applied in combination?
Absolutely. Our remediation strategies are often built around customised treatment trains. We integrate a range of advanced technologies to deliver a comprehensive solution for contamination.
Each treatment train is designed to suit the specific conditions and requirements of your site. Our tailored approach ensures maximum effectiveness in removing PFAS and other contaminants, providing a robust solution that adapts to varying site conditions.
Is remediation environmentally friendly?
Whenever possible, we prioritise methods that minimise environmental impact and integrate emerging remediation technologies that are fully sustainable, such as our unique products EarthGuard PRB™ and WaterGuard Nano™.
We also have unique expertise in the application of renewable energy. Through our sister company Photon Energy, we have over 15 years of experience developing, engineering and operating photovoltaic installations of all shapes and sizes. We utilise clean energy whenever possible, and both of our in-situ products can be run on solar power.
Does Photon Remediation use pump and treat for groundwater remediation?
No, we don't typically use pump and treat. Instead, we deploy our mobile water filtration system, which is a more efficient and versatile solution. This system can be deployed on-site to treat contaminated water, ensuring high-quality results without the need for potentially risky groundwater extraction and re-injection processes.
What does the monitoring process involve?
To ensure the long-term success of our remediation projects, we utilise advanced monitoring and assessment practices.
Our approach includes high-resolution site characterisation, real-time monitoring, and detailed contamination modelling. We assess contamination levels, exposure pathways, and the behaviour of contaminant plumes to fine-tune our strategies. Our ISO-certified cyclic assessment process supports our customised remediation action plans, ensuring both effective treatment and compliance with regulatory standards.
What kind of regulatory support is available?
Our end-to-end solutions are supported by robust regulatory expertise. Working collectively with clients, regulators, and partners, we can navigate complex regulatory landscapes across Europe, the US, and Australasia, ensuring that our solutions meet all compliance requirements.
From initial assessment through to final remediation, our approach includes full regulatory support to facilitate smooth project execution and adherence to environmental standards.
We'll work with you to develop an integrated remediation approach that is both effective and sustainable.
