HOCl
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
The
Science.
Optimised science.
Introducing the sciences, harnessed to power our range of modular products and innovations in sustainable cleaning processes.
Ozone
Ozone in the form of liquid (aqueous) and gas (gaseous) is a highly effective oxidiser, which breaks down and kills pathogens before safely reverting back to water and oxygen.
Bio
Bio refers to our innovation in aerobic digestion, a process which utilizes a specialised inoculants to rapidly breakdown organic waste (food waste) and convert into grey waste water.
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
Despite its significant oxidative power, it is completely safe for users and the environment; it is non-toxic, food-safe, and requires no COSHH (Control of Substances Hazardous to Health) or PPE.
Through in-situ generation, our HOCl provides substantial economic and sustainability benefits by enabling a more efficient supply chain and reducing carbon footprints. This is achieved through the mitigation of several factors including hot water usage, single-use packaging, PPE requirement, and cleaning times.
Our solution is buffered using acetic acid (vinegar) to maintain the correct pH not only during production but also when stored. This means that the solution does not degrade during storage and handling and continues to comprise almost entirely of HOCl.
Our solution is produced at a pH of 5.5 to 6.0. In this pH range, almost all the active product is HOCl (around 99%) with no material levels of hypochlorite (bleach) or sodium hydroxide. This is important both in terms of toxicity (bleach is toxic whereas HOCl is not) and efficacy (HOCl is around 80 times more effective against pathogens).
Our equipment is capable of producing a range of outputs from 400 parts per million to 1,000 parts per million in increments of 100 without the need for external mixing or dilution.
Our solution has undergone extensive corrosion testing and has been approved for use on a variety of materials and surfaces.
Ozone is a powerful, naturally occurring triatomic molecule consisting of three oxygen atoms. Renowned for its exceptional oxidative capacity, it serves as one of the most potent antimicrobial agents available for industrial and commercial use.
Whether dissolved in water (aqueous) or applied as a gas, Ozone rapidly neutralises pathogens, odours, and chemical contaminants. Unlike traditional chemical sanitisers that rely on complex synthetic compounds, Ozone harnesses the very nature of oxygen to deliver high-level disinfection without leaving behind hazardous residues, making it a valuable element in ecofriendly sterilisation.
As a high-potential oxidiser, Ozone effectively destroys bacteria, viruses, and fungi by rupturing their cell walls on contact. It is significantly faster and more effective than chlorine-based alternatives, tackling tough biofilms and organic pollutants that standard chemicals often miss.
One of Ozone’s greatest advantages is its short half-life. After performing its oxidative task, the unstable third oxygen atom breaks away, and the molecule naturally reverts back to O2. This ensures there are no toxic by-products post-treatment.
Ozone technology is highly adaptable, allowing for on-site generation that eliminates the need for chemical storage or transport. It can be easily injected into existing water lines for aqueous cleaning or diffused into HVAC and enclosed spaces for comprehensive gaseous decontamination.
Ozone is the ultimate sustainable disinfectant. Because it is generated from ambient air and returns to oxygen, it supports a circular economy and reduces a facility's chemical footprint. It is safe for food-contact surfaces and causes no environmental harm.
Aerobic Digesters provide an innovative, on-site solution for the management of organic food waste, transforming solid food waste into environmentally safe grey water.
By utilising a specific blend of aerobic microorganisms and oxygen, these systems biologically liquefy food waste, including proteins, fats, and carbohydrates, within 24 hours.
This process eliminates the need for traditional waste collection, significantly reducing a facility's carbon footprint and transport costs. By processing waste at the point of generation, businesses can maintain a cleaner, more hygienic environment while ensuring that organic matter is diverted from landfills and seamlessly integrated into existing drainage systems.
The system acts as a high-speed bio-processor, using natural microbes to break down complex food solids. This process turns bulky organic waste into a liquid form, grey water, allowing for the immediate disposal of hundreds of kilograms of waste without the mess of traditional macerators.
The digestion process is a controlled acceleration of nature's own decomposition cycle. By converting solid organic waste into water and carbon dioxide, the system ensures that food waste is returned to the water cycle in its most basic, manageable form, leaving no solid residues behind.
Designed for the modern commercial environment, these digesters integrate directly into kitchen or production workflows. They connect to standard water and power supplies and discharge directly into the drain, requiring no specialised infrastructure or complex plumbing modifications.
On-site digestion is the ultimate sustainable waste strategy, removing the need for heavy vehicle movements and reducing methane emissions from landfills. The process is completely aerobic, meaning it is odour-free and hygienic, making it a safe addition to any food-handling or high-traffic facility. Food waste to landfill generates methane which is around 80 times more damaging as a greenhouse gas than carbon dioxide. Our aerobic biodigesters only produce carbon dioxide helping to minimise this impact
Accreditations
General
Food Sector
Medical Sector
Material Testing
BS EN 14476
MSL Microbiology Testing
Certified to kill 99.99% of viruses, 99.994% of Coronavirus.
BS EN 1276:2019
MSL Microbiology Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1276
ALS Testing
Certified to kill 99.999% of all bacteria.
Modified BS EN 1276
ALS Testing
Modified for a more precise kill rate. Kills 99.99999% Salmonella, E.coli, Listeria.
BS EN 1276: Hand Sanitiser
ALS Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1369
ALS Testing
Certified as an effective Biocide on an array of organisms in dirty conditions.
BS EN 1650:2019
Perfectus Biomed Group
Certified to kill 99.99% of all yeast and fungi.
BS EN 4120:2021
Campden BRi
Sensory analysis, triangle test without rinse – TES-S-004.
BS EN 1276:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-209.
BS EN 1650:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-210.
BS EN 13697:2015 + A1:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S - TES-MB-211.
BS EN 13704
Campden BRi
‘Clean’ and ‘Dirty’ test to kill 99.9% of C. Estertheticun.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of yeasticidal activity in the medical area.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of fungicidal activity in the medical area.
BS EN 13727:2012 + A2:2015
BluTest
Quantitative suspension test for the evaluation of bactericidal activity in the medical area.
BS EN 17126:2018
BluTest
Quantitative suspension test for the evaluation of sporicidal activity in the medical area.
BS EN 14476:2013
BluTest
Quantitative suspension test for the evaluation of virucidal activity in the medical area.
BS EN 243044
SOCOTEC
GreenTeck solution meets the requirements of SOCOTEC.
WoolSafe
WoolSafe Organisation
GreenTeck solution meets the requirements for use on wool carpets and rugs.
BSI Certified Laboratories
Our accreditations are a result of rigorous testing across an array of laboratories which are independently audited and certified compliant to these standards by the British Standard Institution.
BSI Website
HSE Article 95
Our Hypochlorous Acid solution is listed on the HSE Article 95 register, and compliant under product types:
- PT01 - Human hygiene
- PT02 - Disinfectants and algaecides not intended for direct application to humans or animals
- PT03 - Veterinary hygiene
- PT04 - Food and feed area
- PT05 - Drinking water
HSE Article 95
EU Compliance
Our Hypochlorous Acid solution is compliant to operation in the European Union. From Article 95 lisitng to WRAS/KIWA certified components, we ensure our product
European Union
Your project begins here.
The
Science.
Science applied through product innovation.
Optimised science.
Introducing the sciences, harnessed to power our range of modular products and innovations in sustainable cleaning processes.
HOCl
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
Discover HOCl →
Ozone
Ozone in the form of liquid (aqueous) and gas (gaseous) is a highly effective oxidiser, which breaks down and kills pathogens before safely reverting back to water and oxygen.
Discover Ozone →
Bio
Bio refers to our innovation in aerobic digestion, a process which utilizes a specialised inoculants to rapidly breakdown organic waste (food waste) and convert into grey waste water.
Hypochlorous
Acid
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
Despite its significant oxidative power, it is completely safe for users and the environment; it is non-toxic, food-safe, and requires no COSHH (Control of Substances Hazardous to Health) or PPE.
Through in-situ generation, our HOCl provides substantial economic and sustainability benefits by enabling a more efficient supply chain and reducing carbon footprints. This is achieved through the mitigation of several factors including hot water usage, single-use packaging, PPE requirement, and cleaning times.
Our solution is buffered using acetic acid (vinegar) to maintain the correct pH not only during production but also when stored. This means that the solution does not degrade during storage and handling and continues to comprise almost entirely of HOCl.
Our solution is produced at a pH of 5.5 to 6.0. In this pH range, almost all the active product is HOCl (around 99%) with no material levels of hypochlorite (bleach) or sodium hydroxide. This is important both in terms of toxicity (bleach is toxic whereas HOCl is not) and efficacy (HOCl is around 80 times more effective against pathogens).
Our equipment is capable of producing a range of outputs from 400 parts per million to 1,000 parts per million in increments of 100 without the need for external mixing or dilution.
Our solution has undergone extensive corrosion testing and has been approved for use on a variety of materials and surfaces.
Aqueous Ozone
Gaseous Ozone
Ozone is a powerful, naturally occurring triatomic molecule consisting of three oxygen atoms. Renowned for its exceptional oxidative capacity, it serves as one of the most potent antimicrobial agents available for industrial and commercial use.
Whether dissolved in water (aqueous) or applied as a gas, Ozone rapidly neutralises pathogens, odours, and chemical contaminants. Unlike traditional chemical sanitisers that rely on complex synthetic compounds, Ozone harnesses the very nature of oxygen to deliver high-level disinfection without leaving behind hazardous residues, making it a valuable element in eco-friendly sterilisation.
As a high-potential oxidiser, Ozone effectively destroys bacteria, viruses, and fungi by rupturing their cell walls on contact. It is significantly faster and more effective than chlorine-based alternatives, tackling tough biofilms and organic pollutants that standard chemicals often miss.
One of Ozone’s greatest advantages is its short half-life. After performing its oxidative task, the unstable third oxygen atom breaks away, and the molecule naturally reverts back to O2. This ensures there are no toxic by-products post-treatment.
Ozone technology is highly adaptable, allowing for on-site generation that eliminates the need for chemical storage or transport. It can be easily injected into existing water lines for aqueous cleaning or diffused into HVAC and enclosed spaces for comprehensive gaseous decontamination.
Ozone is the ultimate sustainable disinfectant. Because it is generated from ambient air and returns to oxygen, it supports a circular economy and reduces a facility's chemical footprint. It is safe for food-contact surfaces and causes no environmental harm.
Aerobic
Digestion
Aerobic Digesters provide an innovative, on-site solution for the management of organic food waste, transforming solid food waste into environmentally safe grey water.
By utilising a specific blend of aerobic microorganisms and oxygen, these systems biologically liquefy food waste, including proteins, fats, and carbohydrates, within 24 hours.
This process eliminates the need for traditional waste collection, significantly reducing a facility's carbon footprint and transport costs. By processing waste at the point of generation, businesses can maintain a cleaner, more hygienic environment while ensuring that organic matter is diverted from landfills and seamlessly integrated into existing drainage systems.
The system acts as a high-speed bio-processor, using natural microbes to break down complex food solids. This process turns bulky organic waste into a liquid form, grey water, allowing for the immediate disposal of hundreds of kilograms of waste without the mess of traditional macerators.
The digestion process is a controlled acceleration of nature's own decomposition cycle. By converting solid organic waste into water and carbon dioxide, the system ensures that food waste is returned to the water cycle in its most basic, manageable form, leaving no solid residues behind.
Designed for the modern commercial environment, these digesters integrate directly into kitchen or production workflows. They connect to standard water and power supplies and discharge directly into the drain, requiring no specialised infrastructure or complex plumbing modifications.
On-site digestion is the ultimate sustainable waste strategy, removing the need for heavy vehicle movements and reducing methane emissions from landfills. The process is completely aerobic, meaning it is odour-free and hygienic, making it a safe addition to any food-handling or high-traffic facility. Food waste to landfill generates methane which is around 80 times more damaging as a greenhouse gas than carbon dioxide. Our aerobic biodigesters only produce carbon dioxide helping to minimise this impact
Accreditations
General
Food Sector
Medical Sector
Material Testing
BS EN 14476
MSL Microbiology Testing
Certified to kill 99.99% of viruses, 99.994% of Coronavirus.
BS EN 1276:2019
MSL Microbiology Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1276
ALS Testing
Certified to kill 99.999% of all bacteria.
Modified BS EN 1276
ALS Testing
Modified for a more precise kill rate. Kills 99.99999% Salmonella, E.coli, Listeria.
BS EN 1276: Hand Sanitiser
ALS Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1369
ALS Testing
Certified as an effective Biocide on an array of organisms in dirty conditions.
BS EN 1650:2019
Perfectus Biomed Group
Certified to kill 99.99% of all yeast and fungi.
BS EN 4120:2021
Campden BRi
Sensory analysis, triangle test without rinse – TES-S-004.
BS EN 1276:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-209.
BS EN 1650:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-210.
BS EN 13697:2015 + A1:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S - TES-MB-211.
BS EN 13704
Campden BRi
‘Clean’ and ‘Dirty’ test to kill 99.9% of C. Estertheticun.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of yeasticidal activity in the medical area.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of fungicidal activity in the medical area.
BS EN 13727:2012 + A2:2015
BluTest
Quantitative suspension test for the evaluation of bactericidal activity in the medical area.
BS EN 17126:2018
BluTest
Quantitative suspension test for the evaluation of sporicidal activity in the medical area.
BS EN 14476:2013
BluTest
Quantitative suspension test for the evaluation of virucidal activity in the medical area.
BS EN 243044
SOCOTEC
GreenTeck solution meets the requirements of SOCOTEC.
WoolSafe
WoolSafe Organisation
GreenTeck solution meets the requirements for use on wool carpets and rugs.
BSI Certified Laboratories
Our accreditations are a result of rigorous testing across an array of laboratories which are independently audited and certified compliant to these standards by the British Standard Institution.
BSI Website
HSE Article 95
Our Hypochlorous Acid solution is listed on the HSE Article 95 register, and compliant under product types:
- PT01 - Human hygiene
- PT02 - Disinfectants and algaecides not intended for direct application to humans or animals
- PT03 - Veterinary hygiene
- PT04 - Food and feed area
- PT05 - Drinking water
HSE Article 95
EU Compliance
Our Hypochlorous Acid solution is compliant to operation in the European Union. From Article 95 lisitng to WRAS/KIWA certified components, we ensure our product
European Union
Your project begins here.
The
Science.
Science applied through product innovation.
Optimised science.
Introducing the sciences, harnessed to power our range of modular products and innovations in sustainable cleaning processes.
HOCl
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
Ozone
Ozone in the form of liquid (aqueous) and gas (gaseous) is a highly effective oxidiser, which breaks down and kills pathogens before safely reverting back to water and oxygen.
Bio
Bio refers to our innovation in aerobic digestion, a process which utilizes a specialised inoculants to rapidly breakdown organic waste (food waste) and convert into grey waste water.
HOCl
Hypochlorous
Acid
Hypochlorous Acid (HOCl) is a highly versatile sanitising solution, offering a biocidal efficacy up to 80 times stronger than conventional bleach.
Despite its significant oxidative power, it is completely safe for users and the environment; it is non-toxic, food-safe, and requires no COSHH (Control of Substances Hazardous to Health) or PPE.
Through in-situ generation, our HOCl provides substantial economic and sustainability benefits by enabling a more efficient supply chain and reducing carbon footprints. This is achieved through the mitigation of several factors including hot water usage, single-use packaging, PPE requirement, and cleaning times.
Our solution is buffered using acetic acid (vinegar) to maintain the correct pH not only during production but also when stored. This means that the solution does not degrade during storage and handling and continues to comprise almost entirely of HOCl.
Our solution is produced at a pH of 5.5 to 6.0. In this pH range, almost all the active product is HOCl (around 99%) with no material levels of hypochlorite (bleach) or sodium hydroxide. This is important both in terms of toxicity (bleach is toxic whereas HOCl is not) and efficacy (HOCl is around 80 times more effective against pathogens).
Our equipment is capable of producing a range of outputs from 400 parts per million to 1,000 parts per million in increments of 100 without the need for external mixing or dilution.
Our solution has undergone extensive corrosion testing and has been approved for use on a variety of materials and surfaces.
Ozone
Aqueous Ozone
Gaseous Ozone
Ozone is a powerful, naturally occurring triatomic molecule consisting of three oxygen atoms. Renowned for its exceptional oxidative capacity, it serves as one of the most potent antimicrobial agents available for industrial and commercial use.
Whether dissolved in water (aqueous) or applied as a gas, Ozone rapidly neutralises pathogens, odours, and chemical contaminants. Unlike traditional chemical sanitisers that rely on complex synthetic compounds, Ozone harnesses the very nature of oxygen to deliver high-level disinfection without leaving behind hazardous residues, making it a valuable element in eco-friendly sterilisation.
As a high-potential oxidiser, Ozone effectively destroys bacteria, viruses, and fungi by rupturing their cell walls on contact. It is significantly faster and more effective than chlorine-based alternatives, tackling tough biofilms and organic pollutants that standard chemicals often miss.
One of Ozone’s greatest advantages is its short half-life. After performing its oxidative task, the unstable third oxygen atom breaks away, and the molecule naturally reverts back to O2. This ensures there are no toxic by-products post-treatment.
Ozone technology is highly adaptable, allowing for on-site generation that eliminates the need for chemical storage or transport. It can be easily injected into existing water lines for aqueous cleaning or diffused into HVAC and enclosed spaces for comprehensive gaseous decontamination.
Ozone is the ultimate sustainable disinfectant. Because it is generated from ambient air and returns to oxygen, it supports a circular economy and reduces a facility's chemical footprint. It is safe for food-contact surfaces and causes no environmental harm.
Bio
Aerobic
Digestion
Aerobic Digesters provide an innovative, on-site solution for the management of organic food waste, transforming solid food waste into environmentally safe grey water.
By utilising a specific blend of aerobic microorganisms and oxygen, these systems biologically liquefy food waste, including proteins, fats, and carbohydrates, within 24 hours.
This process eliminates the need for traditional waste collection, significantly reducing a facility's carbon footprint and transport costs. By processing waste at the point of generation, businesses can maintain a cleaner, more hygienic environment while ensuring that organic matter is diverted from landfills and seamlessly integrated into existing drainage systems.
The system acts as a high-speed bio-processor, using natural microbes to break down complex food solids. This process turns bulky organic waste into a liquid form, grey water, allowing for the immediate disposal of hundreds of kilograms of waste without the mess of traditional macerators.
The digestion process is a controlled acceleration of nature's own decomposition cycle. By converting solid organic waste into water and carbon dioxide, the system ensures that food waste is returned to the water cycle in its most basic, manageable form, leaving no solid residues behind.
Designed for the modern commercial environment, these digesters integrate directly into kitchen or production workflows. They connect to standard water and power supplies and discharge directly into the drain, requiring no specialised infrastructure or complex plumbing modifications.
On-site digestion is the ultimate sustainable waste strategy, removing the need for heavy vehicle movements and reducing methane emissions from landfills. The process is completely aerobic, meaning it is odour-free and hygienic, making it a safe addition to any food-handling or high-traffic facility. Food waste to landfill generates methane which is around 80 times more damaging as a greenhouse gas than carbon dioxide. Our aerobic biodigesters only produce carbon dioxide helping to minimise this impact
Accreditations
General
Food Sector
Medical Sector
Material Testing
BS EN 14476
MSL Microbiology Testing
Certified to kill 99.99% of viruses, 99.994% of Coronavirus.
BS EN 1276:2019
MSL Microbiology Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1276
ALS Testing
Certified to kill 99.999% of all bacteria.
Modified BS EN 1276
ALS Testing
Modified for a more precise kill rate. Kills 99.99999% Salmonella, E.coli, Listeria.
BS EN 1276: Hand Sanitiser
ALS Testing
Certified to kill 99.999% of all bacteria with a 30-second contact time.
BS EN 1369
ALS Testing
Certified as an effective Biocide on an array of organisms in dirty conditions.
BS EN 1650:2019
Perfectus Biomed Group
Certified to kill 99.99% of all yeast and fungi.
BS EN 4120:2021
Campden BRi
Sensory analysis, triangle test without rinse – TES-S-004.
BS EN 1276:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-209.
BS EN 1650:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S – TES-MB-210.
BS EN 13697:2015 + A1:2019
Campden BRi
‘Clean’ and ‘Dirty’ test to the standard of M&S - TES-MB-211.
BS EN 13704
Campden BRi
‘Clean’ and ‘Dirty’ test to kill 99.9% of C. Estertheticun.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of yeasticidal activity in the medical area.
BS EN 13624:2021
BluTest
Quantitative suspension test for the evaluation of fungicidal activity in the medical area.
BS EN 13727:2012 + A2:2015
BluTest
Quantitative suspension test for the evaluation of bactericidal activity in the medical area.
BS EN 17126:2018
BluTest
Quantitative suspension test for the evaluation of sporicidal activity in the medical area.
BS EN 14476:2013
BluTest
Quantitative suspension test for the evaluation of virucidal activity in the medical area.
BS EN 243044
SOCOTEC
GreenTeck solution meets the requirements of SOCOTEC.
WoolSafe
WoolSafe Organisation
GreenTeck solution meets the requirements for use on wool carpets and rugs.
BSI Certified Laboratories
Our accreditations are a result of rigorous testing across an array of laboratories which are independently audited and certified compliant to these standards by the British Standard Institution.
BSI Website
HSE Article 95
Our Hypochlorous Acid solution is listed on the HSE Article 95 register, and compliant under product types:
- PT01 - Human hygiene
- PT02 - Disinfectants and algaecides not intended for direct application to humans or animals
- PT03 - Veterinary hygiene
- PT04 - Food and feed area
- PT05 - Drinking water
HSE Article 95
EU Compliance
Our Hypochlorous Acid solution is compliant to operation in the European Union. From Article 95 listing to WRAS/KIWA certified components, we ensure our product is compliant to each EU nation.
European Union
Your project begins here.