Steam and Water Analysis System (SWAS)

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

Key Challenges Across the Steam-Water Cycle

Key Challenges Across the Steam-Water Cycle

• 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 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.
• 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 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?