It rapidly removes dissolved oxygen to prevent corrosion in low and medium-pressure boilers, while also neutralizing chlorine and biocides that may harm sensitive systems.

OxyShield Plus offers extended condensate protection because it is volatile—it passes into steam and continues scavenging oxygen in condensate lines, while also promoting protective film formation.

One Shot is a multipurpose treatment that controls rust, scale, and sludge. It’s ideal for small/medium boilers where a single product for scale inhibitors, oxygen scavenger, and alkalinity control is more convenient.

It reacts with calcium hardness in boiler feed water and converts it into a soft, non-adherent sludge that can be removed via blowdown—preventing scale formation.

It raises boiler water alkalinity, stabilizes pH, and prevents corrosion caused by acidic conditions in boilers and condensate lines.

It uses a polymer blend to control calcium, magnesium, silica, and phosphate deposits, preventing hard scale and corrosion inside the boiler tubes.

It immediately knocks down foam at low dosages, preventing priming and carryover. It is compatible with other boiler treatments like oxygen scavengers and phosphate programs.

This product protects condensate return lines by neutralizing acidic gases like CO₂ and preventing metal corrosion, ensuring clean and safe condensate.

Regular testing of alkalinity, chloride, phosphate, and pH ensures proper chemical dosing, prevents corrosion/scale, and verifies that the boiler program is under control.

Boiler water naturally contains dissolved oxygen, hardness salts, and impurities. Without treatment, these cause corrosion, scaling, foaming, and unsafe boiler operation.

Sulphite reacts quickly and is cost-effective but only works in the boiler water. DEHA is volatile, so it travels with steam to protect condensate lines as well.

Daily checks for pH, oxygen scavenger residual, and conductivity are recommended. Weekly tests should include hardness and alkalinity. A test kit helps automate these checks.

Foaming is usually due to oil/organic contamination or high dissolved solids. A defoamer helps immediately, but proper blowdown and treatment are the best long-term solutions.

Hardness (calcium/magnesium) forms scale on boiler tubes, reducing heat transfer and efficiency. Hardness control chemicals convert it into removable sludge.

Carryover occurs when water (with dissolved solids) enters the steam line. It can cause turbine damage, contaminated steam, and false level readings. Defoamers and correct blowdown help prevent this.

Condensate can absorb CO₂, becoming acidic and corroding return lines. Neutralizing or filming amines are dosed to protect condensate systems.

Even a thin layer of scale reduces heat transfer, increasing fuel consumption. Scale inhibitors keep salts dispersed, preventing hard deposits and saving energy.