Protect Boilers. Control Water Chemistry. Improve Steam System Reliability.
Boiler systems operate under demanding conditions where dissolved oxygen, scale, alkalinity, corrosion and condensate chemistry can directly affect equipment reliability and operating efficiency. BRYKON™ offers a focused range of boiler and steam-system treatment solutions designed to address these challenges through oxygen scavenging, internal boiler treatment, alkalinity control and condensate corrosion management. Our treatment approach is designed around the operating conditions of the boiler system, feedwater quality, pressure, cycles of concentration and steam/condensate requirements.
Why Boiler Water Treatment Matters
Effective boiler treatment is not simply about maintaining a target pH or adding chemicals.
A properly designed treatment program helps control the conditions that contribute to corrosion, scale, deposits and condensate-system deterioration.
BRYKON™
Improve Steam System Reliability.
One Boiler System. Multiple Water Chemistry Challenges.
Dissolved oxygen can cause corrosion. Hardness can create scale. Poor alkalinity control can affect corrosion and deposits. Condensate corrosion can return iron and copper corrosion products back to the boiler. Therefore, effective boiler treatment requires a system-based approach rather than relying on a single chemical.
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1
Feedwater Protection
Control dissolved oxygen and feedwater corrosion
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2
Internal Boiler Treatment
Control scale and deposits
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3
Alkalinity Management
Maintain appropriate boiler-water chemistry
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4
Steam & Condensate Protection
Control corrosion in steam and condensate return systems
01. Oxygen Scavenging
Dissolved oxygen in boiler feedwater can cause aggressive corrosion and localized pitting, particularly in feedwater and economizer sections. BRYKON™ 1148 is an oxygen-scavenging solution designed for low-pressure boiler systems where dissolved oxygen control is required.
Solutions Include
BRYKON™ 1148
02. Internal Boiler Treatment
Hardness and other contaminants entering the boiler can contribute to scale and deposit formation, reducing heat-transfer efficiency and increasing maintenance requirements. BRYKON™ 2241 is an internal boiler treatment solution designed to support scale and deposit control in suitable boiler-water applications.
Solutions Include
BRYKON™ 2241
03. Alkalinity & Boiler-Water Chemistry
Proper boiler-water alkalinity is an important part of maintaining boiler-water chemistry and controlling corrosion and deposit-related problems. BRYKON™ 1184 is an alkaline treatment solution based on a blend of sodium hydroxide and potassium hydroxide, designed for industrial steam-generating systems.
Solutions Include
BRYKON™ 1184
04. Steam & Condensate Treatment
Carbon dioxide and other acidic conditions in steam and condensate systems can reduce condensate pH and contribute to corrosion of return lines and associated equipment. BRYKON™ 1156 is an amine-based condensate treatment solution designed to support corrosion control throughout steam and condensate systems.
Solutions Include
BRYKON™ 1156
Application-Focused Boiler Water Treatment
Every boiler system has different operating conditions.
Feedwater Quality
Hardness | TDS | Alkalinity | Dissolved oxygen | Silica | Iron | Conductivity
Boiler Operating Conditions
Boiler pressure | Steam generation rate | Cycles of concentration | Blowdown | Feedwater temperature
System Configuration
Softened-water feed | DM/RO feedwater | Deaeration | Condensate return | Steam distribution
Treatment Objectives
Oxygen control | Scale prevention | Deposit control | Alkalinity management | Condensate corrosion control
Boiler Water Treatment. Engineered Around Your System.
From individual boiler-water treatment chemicals to integrated treatment programs, BRYKON™ helps industrial operations protect boiler assets, maintain water chemistry and support reliable steam-system performance.