Steam and Water Analysis System (SWAS)

Steam and Water Analysis System (SWAS) for Early Detection of Steam-Water Chemistry Problems

Detects contamination, carryover, and chemistry drift in time to prevent shutdowns, protect assets, and maintain stable plant operation.

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Key Challenges Across the Steam-Water Cycle

The biggest chemistry risks often start small, stay hidden, and become expensive before the plant can respond

    Key Challenges Across the Steam-Water Cycle

    The biggest chemistry risks often start small, stay hidden, and become expensive before the plant can respond.

    Delayed chemistry issues stay hidden
    • Without continuous visibility, contamination, silica or sodium ingress, carryover, and corrosion can build quietly across the steam-water cycle. By the time the issue is confirmed through delayed checks, the plant may already face steam purity risk, unstable operation, maintenance loads, and avoidable downtime.
    SWAS reveals chemistry shifts early.
    • SWAS continuously monitors critical steam-water chemistry points so contamination, carryover, silica or sodium ingress, and corrosive shifts are seen earlier. That gives plant teams faster warning, better decision time, and control before hidden damage grows into shutdowns, rework, equipment stress, and losses.
    Manual checks slow plant response.
    • When plants rely on manual sampling or delayed lab confirmation, operators and engineers lose time before they can verify whether chemistry drift is real. That delay slows corrective action during startup, load changes, or upset conditions, increasing stress, reducing confidence, and extending exposure to loss.
    SWAS enables faster online response.
    • SWAS reduces dependence on delayed manual checks by providing stable, online measurement across key cycle points. With faster chemistry visibility, teams can respond earlier, shorten troubleshooting time, support smoother startup decisions, and protect boilers, turbines, and related assets effectively each day.

    Why Choose TIPL for SWAS?

    Reliable, Customized Solutions to Optimize Your Plant’s Performance, Ensure Compliance, and
    Maximize Efficiency.

    • Comprehensive Support
    • Compliance & Safety
    • Proven Results
    • Industry Expertise
    • Tailored Solutions
    • Real-Time Monitoring
    About TIPL

    Protect Your Boiler and Turbine with Better Water Quality Visibility

    With over 65 years of industrial experience, Toshniwal Industries Pvt. Ltd. (TIPL) supports process industries with solutions for measurement, monitoring, control, and reliability. In Steam & Water Analysis Systems (SWAS), TIPL helps power plants and process industries continuously monitor critical water and steam parameters to protect high-value equipment like boilers and turbines. By enabling early detection of contamination, chemistry imbalance, or process deviations, SWAS supports improved reliability, reduced maintenance risks, and more stable plant operation.

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    About TIPL

    We Empower Industries to Achieve Excellence

    Toshniwal Industries Pvt. Ltd. (TIPL) is a leading manufacturer of industrial measurement and process control instruments. Established in 1959, TIPL has earned its reputation in the Indian and global markets by supplying high-quality products. Our manufacturing plant and corporate office are situated in Ajmer, Rajasthan, India. We are ISO 9001:2015, ISO 45001:2018, and ISO 13485:2016 certified.

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    Frequently Asked Questions About SWAS

    SWAS (Steam & Water Analysis System) is used to continuously monitor water and steam chemistry parameters in power plants and process industries. It helps ensure that water quality remains within acceptable limits, protecting boilers, turbines, and associated equipment from damage.
    Common parameters include pH, conductivity (cation and specific), dissolved oxygen, silica, sodium, phosphate, and sometimes turbidity. The exact parameters depend on the plant cycle and critical monitoring points.
    SWAS is typically installed at key points such as boiler feed water, condensate, deaerator outlet, drum water, main steam, and other critical locations where water or steam quality needs to be monitored continuously.
    By providing continuous and accurate monitoring of water chemistry, SWAS helps detect contamination or imbalance early. This allows operators to take corrective actions before issues like corrosion, scaling, or turbine damage occur, improving overall plant reliability.
    While SWAS is widely used in power generation, it is also used in industries such as refineries, chemicals, and any process plant where steam generation and water quality play a critical role in operations.

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