Service overview heading
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
Lorem ipsum dolor sit amet, consectetur adipiscing elit, sed do eiusmod tempor incididunt ut labore et dolore magna aliqua. Ut enim ad minim veniam, quis nostrud exercitation ullamco laboris nisi ut aliquip ex ea commodo consequat.
Prehead goes here
Electrochemical Chloride Extraction
Electrochemical Chloride Extraction is an advanced corrosion mitigation technique designed to remove harmful chloride ions from reinforced concrete. Chlorides, often introduced through marine exposure or de-icing salts, cause severe steel reinforcement corrosion, leading to structural damage.
ECE works by applying an external electrical current that safely draws chlorides away from the steel, restoring the protective environment within the concrete, and enticing re-passivation of the reinforcement. This non-invasive, cost-effective solution is ideal for extending the life of bridges, marine infrastructure, industrial plants, and other chloride-affected assets without the need for major demolition or replacement.
Prehead goes here
Electrochemical Realkalisation
Electrochemical Realkalisation is a restorative process that neutralises carbonation in concrete and reinstates its natural alkalinity, essential for protecting embedded steel reinforcement. Over time, exposure to atmospheric CO₂ lowers the pH of concrete, increasing the risk of steel corrosion.
Realkalisation involves applying an electric field with an alkaline electrolyte to restore pH levels, halt corrosion, and extend the structure's lifespan. This method is efficient, minimally disruptive, and suitable for a wide range of buildings, heritage structures, and civil infrastructure affected by carbonation.
Prehead goes here
Cathodic Protection (Impressed Current, Hybrid, and Galvanic Systems)
Cathodic Protection is a proven, long-term corrosion control system for reinforced concrete and steel structures. It works by redirecting corrosion currents away from steel reinforcement using either an external power source (Impressed Current), a combination of power and sacrificial anodes (Hybrid), or sacrificial anodes alone (Galvanic).
Each system is tailored to suit the structure's condition, environment, and operational requirements. Cathodic Protection is widely used in marine structures, bridges, tunnels, industrial facilities, and car parks to reduce maintenance costs, prevent deterioration, and extend asset service life.
Prehead goes here
Cathodic Prevention
Cathodic Prevention is a forward-thinking corrosion protection strategy applied during the early life of a structure or even at the time of construction. By implementing a controlled electrical current through embedded anode systems, this method proactively inhibits corrosion before it can begin. Unlike traditional cathodic protection, which responds to existing corrosion, Cathodic Prevention is designed to stop it from occurring at all. This approach is ideal for high-value or high-risk structures such as offshore platforms, water treatment plants, and coastal developments, delivering long-term durability and significantly reducing future repair costs.
Prehead goes here
Electrochemical Chloride Extraction
Electrochemical Chloride Extraction is an advanced corrosion mitigation technique designed to remove harmful chloride ions from reinforced concrete. Chlorides, often introduced through marine exposure or de-icing salts, cause severe steel reinforcement corrosion, leading to structural damage.
ECE works by applying an external electrical current that safely draws chlorides away from the steel, restoring the protective environment within the concrete, and enticing re-passivation of the reinforcement. This non-invasive, cost-effective solution is ideal for extending the life of bridges, marine infrastructure, industrial plants, and other chloride-affected assets without the need for major demolition or replacement.
Prehead goes here
Electrochemical Realkalisation
Electrochemical Realkalisation is a restorative process that neutralises carbonation in concrete and reinstates its natural alkalinity, essential for protecting embedded steel reinforcement. Over time, exposure to atmospheric CO₂ lowers the pH of concrete, increasing the risk of steel corrosion.
Realkalisation involves applying an electric field with an alkaline electrolyte to restore pH levels, halt corrosion, and extend the structure's lifespan. This method is efficient, minimally disruptive, and suitable for a wide range of buildings, heritage structures, and civil infrastructure affected by carbonation.
Prehead goes here
Cathodic Protection (Impressed Current, Hybrid, and Galvanic Systems)
Cathodic Protection is a proven, long-term corrosion control system for reinforced concrete and steel structures. It works by redirecting corrosion currents away from steel reinforcement using either an external power source (Impressed Current), a combination of power and sacrificial anodes (Hybrid), or sacrificial anodes alone (Galvanic).
Each system is tailored to suit the structure's condition, environment, and operational requirements. Cathodic Protection is widely used in marine structures, bridges, tunnels, industrial facilities, and car parks to reduce maintenance costs, prevent deterioration, and extend asset service life.
Prehead goes here
Cathodic Prevention
Cathodic Prevention is a forward-thinking corrosion protection strategy applied during the early life of a structure or even at the time of construction. By implementing a controlled electrical current through embedded anode systems, this method proactively inhibits corrosion before it can begin. Unlike traditional cathodic protection, which responds to existing corrosion, Cathodic Prevention is designed to stop it from occurring at all. This approach is ideal for high-value or high-risk structures such as offshore platforms, water treatment plants, and coastal developments, delivering long-term durability and significantly reducing future repair costs.
electrochemical protection projects
To feed in the correct projects, automatically, you’ll need to tag the relevant ones with ‘electrochemical protection’. They’ll then appear here. This goes for all project feeds on the various service pages.
