from pulsed corona discharge
to remove persistent pollutants, including PFAS/PFOS and dioxins.
iron (Ill), nitrates and heavy metals on ion-exchange globular
porous polymer filters, disposable or regenerable.
FIDCHEM
Our mission is to develop plasmochemical, sorptive and combined solutions for:
At FIDCHEM, we harness the power of chemistry and engineering to develop advanced water purification solutions. As an emerging player in the field, we apply innovative high-voltage nanosecond generator technology in plasmachemical applications. Our methods utilize nanosecond pulsed corona and barrier discharges in both oxidative and reductive environments, combined with ultra-fast ion exchange preconcentration, to effectively purify and disinfect water by removing harmful pollutants. These technologies allow us to tackle a wide range of contaminants, ensuring cleaner and safer water for industrial, municipal, and environmental applications.
Innovative Solutions for
Complex Water Challenges
Technology Icons
Explained
PCDR – Pulsed Corona Discharge in a Reducing Atmosphere – to remove PFAS/PFOS, halogenated phenols, halogenated furans, and dioxins.
PCDO – Pulsed Corona Discharge in an Oxidative Atmosphere – to oxidize difficult-to-remove organic pollutants, for finishing treatment after PCDR, and for disinfection.
PCDS – Pulsed Corona Discharge in a Nitrogen Atmosphere – for disinfection without altering water composition.
GLOIO – Globular Polymer lon Exchange – for extra-quick adsorptive elimination of PFAS/PFOS, dyes, and nitrates, with or without regeneration.
Comprehensive Water Purification: Plasma
& Advanced Sorption Technologies
Comprehensive Water Purification: Plasma & Advanced Sorption Technologies
FIDCHEM offers comprehensive turnkey solutions for advanced water and wastewater treatment. We specialize in innovative plasma technologies, including impulse corona discharge systems that harness the power of plasma for efficient contaminant removal. Our portfolio features three distinct plasma processes: recovery plasma (PCDR) for eliminating halogenated pollutants such as PFAS/PFOS, chlorophenols, and dioxins; oxidative plasma (PCDO) for the general removal of refractory organic impurities and effective disinfection; and neutral plasma (PCDS) for water disinfection without altering its inherent chemical composition.
In addition to our plasma treatment technologies, we manufacture microporous blocks crafted from globular polymers possessing both ion-exchange and chelating properties (GLOIO). These blocks are engineered to remove low concentrations of contaminants, including PFAS/PFOS, dyes, surfactants, nitrates, and heavy metals, ensuring superior water quality.
We are proud to provide full-service turnkey design, integrating our cutting-edge technologies with those of our esteemed industrial partners. Our design solutions also encompass advanced methods such as electrochemical oxidation, wet oxidation, and various AOP processes. By delivering tailored, all-inclusive projects, we ensure that our their water treatment challenges.
Pulsed Corona Discharge
Water Treatment
Globular Polymer lon Exchange: Dye Adsorption/Desorption Experiment
Industrial and Municipal Wastewater Treatment
Treatment of Highly
Contaminated
Wastewater:
Solutions for treating industrial wastewater contaminated with persistent pollutants, including PFAS/PFOS, dioxins, chlorinated phenols, antibiotics, hormones, and other hard-to-remove contaminants, as well as biologically hazardous wastewater.
Treatment of Highly
Contaminated
Wastewater:
Solutions for treating industrial wastewater contaminated with persistent pollutants, including PFAS/PFOS, dioxins, chlorinated phenols, antibiotics, hormones, and other hard-to-remove contaminants, as well as
biologically hazardous wastewater.
Landfill Leachate Treatment:
Specialized purification technologies for removing halogenated organic compounds, including PFAS/PFOS. Leachates with high salinity and suspended solids are easily treated. Our methods work well even for short-chain perfluorinated compounds, achieving near complete mineralization.
Landfill Leachate Treatment:
Specialized purification technologies for removing halogenated organic compounds, including PFAS/PFOS. Leachates with high salinity and suspended solids are easily treated. Our methods work well even for short-chain perfluorinated compounds, achieving near complete mineralization.
Chemical Industry
Wastewater Treatment:
Technologies for removing difficult-to-treat organic and inorganic compounds, such as PFAS/PFOS, chlorinated and brominated organics, dioxins, antibiotics, hormones, dyes, surfactants, solvents, heavy metals, chromium (VI), arsenite/arsenate, and other contaminants, ensuring cleaner water for various applications.
Wastewater Treatment:
Specialized purification technologies for removing halogenated organic compounds, including PFAS/PFOS. Leachates with high salinity and suspended solids are easily treated. Our methods work well even for short-chain perfluorinated compounds, achieving near complete mineralization.
Pharmaceutical Industry
Water Treatment and Desinfection
Systems for decontaminating wastewaters heavily loaded with biologically active contaminants (antibiotics, hormones, toxic organic compounds, VOCs, surfactants, solvents, including halogenated and hard-to-remove).
Plasma treatment systems ensure water sterility for medical drug manufacturing.
Water Treatment and Desinfection
Systems for decontaminating wastewaters heavily loaded with biologically active contaminants (antibiotics, hormones, toxic organic compounds, VOCs, surfactants, solvents, including halogenated and hard-to-remove).
Plasma treatment systems ensure water sterility for medical drug manufacturing.
Medical and Scientific Institutions
Hospital Wastewater Treatment:
Technologies for removing viruses, bacteria, fungi, protozoa, spores, and other pathogens from medical facility wastewater. Oxidative plasma treatment ensures sterilization, while also achieving disinfection, deodorization, and partial TOC removal.
Hospital Wastewater Treatment:
Technologies for removing viruses, bacteria, fungi, protozoa, spores, and other pathogens from medical facility wastewater. Oxidative plasma treatment ensures sterilization, while also achieving disinfection, deodorization, and partial TOC removal.
Biolab Water and Waste Treatment:
Water purification systems ensuring sterility in laboratory settings. Viruses, bacteria, fungi, protozoa, spores, and other pathogens are removed. Oxidative plasma treatment is typically used, with nitrogen plasma available when TOC oxidation or altering water composition is undesirable, ensuring optimal water quality.
Biolab Water and Waste Treatment:
Water purification systems ensuring sterility in laboratory settings. Viruses, bacteria, fungi, protozoa, spores, and other pathogens are removed. Oxidative plasma treatment is typically used, with nitrogen plasma available when TOC oxidation or altering water composition is undesirable, ensuring optimal water quality.
Agriculture
For Livestock:
Water sterilization technologies that improve water quality for livestock. Plasma treatment provides full decontamination of water from PFAS/PFOS, hormones, antibiotics, and other harmful pollutants, along with complete sterilization, and removal of odour, colour, and taste. Sorptive technologies efficiently remove heavy metals, surfactants, and decolorize water.
For Livestock:
Water sterilization technologies that improve water quality for livestock. Plasma treatment provides full decontamination of water from PFAS/PFOS, hormones, antibiotics, and other harmful pollutants, along with complete sterilization, and removal of odour, colour, and taste. Sorptive technologies efficiently remove heavy metals, surfactants, and decolorize water.
For Agriculturists:
Water purification systems guarantees sterile water for fito plants and greenhouses and remove pathogens from waste and recirculation waters, preventing plant infections. Even the most treatment-resistant plant viruses can be inactivated. Sterile water systems for washing fruits and vegetables improve safety, hygiene, product cleanliness, quality, overall yield, and marketability.
For Agriculturists:
Water purification systems guarantees sterile water for fito plants and greenhouses and remove pathogens from waste and recirculation waters, preventing plant infections. Even the most treatment-resistant plant viruses can be inactivated. Sterile water systems for washing fruits and vegetables improve safety, hygiene, product cleanliness, quality, overall yield, and marketability.
Drinking Water
For Private Water Systems:
We offer a regenerable solution based on ion exchange polymer blocks to remove PFAS/PFOS, heavy metals, nitrates, chlorine, surfactants, and colour from drinking water. Solutions for purifying and ensuring the safety of water in private homes. Standard disposable filter cartridges with up to 1 year lifespan.
For Private Water Systems:
We offer a regenerable solution based on ion exchange polymer blocks to remove PFAS/PFOS, heavy metals, nitrates, chlorine, surfactants, and colour from drinking water. Solutions for purifying and ensuring the safety of water in private homes. Standard disposable filter cartridges with up to 1 year lifespan.
For Municipal Water Supplies:
We offer a regenerable solution based on ion exchange globular polymer blocks to remove
PFAS/PFOS from drinking water.
Regeneration solutions are treated with our Reductive Corona Discharge (RCD) patented technology to ensure zero discharge of fluorinated chemicals, ensuring cleaner municipal water.
For Municipal Water Supplies:
We offer a regenerable solution based on ion exchange globular polymer blocks to remove
PFAS/PFOS from drinking water.
Regeneration solutions are treated with our Reductive Corona Discharge (RCD) patented technology to ensure zero discharge of fluorinated chemicals, ensuring cleaner municipal water.
Welcome to our Water Treatment
Al Consultation Center
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