Blogs
Insights on steam, heat and energy savings
Practical, numbers-first articles on thermocompressors, flash steam, condensate recovery and process heating, from i-Kcal's own working practice.
Handling Lightweight Board Grades: Flexible Steam Control for Modern Corrugators
Jetomat ejectors give corrugators fast, recipe-based steam control for lightweight and coated grades by recompressing flash steam, not throttling it. Topic Thermocompressors: fixed vs variable Read articleAll articles
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Instant Hot Water Generation: Steam-Water Mixing Ejectors in Action
Baelz 585 steam-water mixing ejectors make instant hot water by injecting and condensing steam directly in the water line, in a compact mixing body. Topic Hot water from steam
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Recovering Flash Steam: Reusing Low-Pressure Vapor via Jetomat
Jetomat captures low-pressure flash vapor from traps and flash tanks and recompresses it into usable 2–4 bar(g) steam using a controlled motive jet. Topic Flash steam recovery
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The Cost of Doing Nothing: How Outdated Steam Systems Drain Profits
Outdated steam loops with PRVs, trap banks and open vents lose profit through throttling, flash venting, trap leakage and temperature swings. Topic The true cost of steam
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Valve vs. Ejector: A Lifecycle Cost Comparison for Steam Systems
Over five years, PRVs plus traps usually cost more through throttling losses, flash venting, trap failures and surveys. See the lifecycle comparison. Topic Thermocompressors: fixed vs variable
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Feedwater Heating with Ejectors: Improving Deaerator Efficiency
Jetomat ejectors improve deaerator efficiency by capturing vented flash steam from condensate receivers and recompressing it for feedwater heating. Topic Feedwater and deaeration
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Energy Savings in Multi-Effect Evaporators
Jetomat thermocompressors improve evaporator steam economy by recompressing vapor from a downstream effect and reusing it as heating steam. Topic Thermocompressors: fixed vs variable
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Desuperheating with Water Injection – Achieving Saturated Steam on Demand
Jetomat 591 turns superheated steam into saturated steam by combining stable pressure control with precise water injection.
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Controllable vs. Fixed Ejectors: Why Modulation Matters
Fixed ejectors work well at only one design point. A controllable Jetomat modulates with load, avoiding lost suction and wasted steam. Topic Thermocompressors: fixed vs variable
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Controllable Steam Ejectors 101: How Jetomat Works
Jetomat uses high-pressure motive steam to create suction, entrain low-pressure flash steam and recover pressure in a diffuser. Learn how it works. Topic Thermocompressors: fixed vs variable
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Closing the Loop: Converting Open Steam Systems to Closed Circulation
Open-loop steam with vented condensate tanks and visible plumes wastes money. See how closed circulation recovers that energy in textile plants. Topic Condensate recovery
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Boosting Heat Transfer in Jacketed Reactors
Jetomat ejectors boost jacketed reactor heat transfer by recirculating steam and condensate, stripping the insulating condensate film from the jacket wall. Topic Heating with steam
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Around the World with Jetomat: Global Success Stories in Steam Efficiency
Jetomat thermocompressors reuse flash and return steam instead of throttling and venting, typically cutting steam and fuel use by about 10–30%. Topic Thermocompressors: fixed vs variable
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Actuation Options – Pneumatic vs. Electric Jetomat Ejectors
Compare pneumatic and electric actuation for controllable Jetomat ejectors, and how actuator speed and positioning accuracy affect entrainment. Topic Control valve selection for steam
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4 Industries, 4 Success Stories: The Impact of Jetomat Upgrades Across the Board
Jetomat upgrades replace throttling with thermocompression, recovering flash steam for typical 10–30% steam and fuel savings and steadier temperatures. Topic Thermocompressors: fixed vs variable
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Steam Tracing Simplified in Chemical Plants
Jetomat replaces dozens of small traps with one controllable steam ejector that continuously pulls condensate from multiple tracing lines.
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Energy-Efficient Stenter Frame Heating
Jetomat replaces one valve and one trap per zone with a single recirculating steam ejector loop that reuses flash steam and clears condensate. Topic Thermocompressors: fixed vs variable
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Energy Integration in Chemical Production
15 - 35% lower energy cost by integrating steam systems in chemical production. Case-proven approach — i-Kcal. Topic Thermocompressors: fixed vs variable
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Jetomat Increases Process Throughput Breaking Steam Bottlenecks:
how Jetomat helps plants break steam bottlenecks, recover waste steam and increase throughput. Thermocompressor supplier in Pune, India. Topic Thermocompressors: fixed vs variable
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Uniform Roll Heating on Paper Calenders
Learn how Jetomat Thermocompressor helps paper calenders maintain uniform roll heating, reduce condensate pooling, improve gloss and caliper consistency, and save steam. Topic Thermocompressors: fixed vs variable
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Jetomat vs. Traditional Steam Control: Efficiency Comparison
How Jetomat helps reduce PRV losses, recover waste steam and improve steam control efficiency. Thermocompressor Manufacturer in Pune, India Topic Thermocompressors: fixed vs variable
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Steam Pressure Blending in Cogeneration Plants
Blending steam pressures in cogeneration to cut pressure-reducing-valve losses. Practical guide — i-Kcal. Topic Thermocompressors: fixed vs variable
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Sustainability Wins: How Jetomat Cuts Energy Loss & Emissions
Jetomat Thermocompressor helps industrial plants recover waste steam, reduce fuel consumption, lower emissions and improve steam system efficiency. Topic Thermocompressors: fixed vs variable
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Stop Venting Steam: A Textile Mill Recycles Waste Steam with Thermocompressors
i-kcal offers thermocompressor solutions in India for textile mills to recover flash steam, reduce steam loss, save boiler fuel and improve process heating. Topic Thermocompressors: fixed vs variable
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The Science of Thermocompression Explained
How a Jetomat thermocompressor recovers flash steam and cuts fuel cost 15–32%. See the working principle, in India. Topic Thermocompressors: fixed vs variable
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Stop Throttling, Start Recycling: Steam Ejectors vs. Pressure-Reducing Valves
Why throttling steam through a PRV wastes energy — and when an ejector saves 30% more. Compared — i-Kcal. Topic Thermocompressors: fixed vs variable
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No More Steam Traps: Simplifying Steam Systems with Jetomat Technology in Paper Industry
How Jetomat thermocompressor technology helps paper mills reduce steam traps, reuse flash steam, improve drying uniformity and lower steam consumption. Topic Thermocompressors: fixed vs variable
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Beyond Control Valves: Drum Dryers Save Energy with Steam Jet Ejectors
Thermocompressor solutions in India for textile mills to save steam, recover flash steam, reduce trap maintenance and improve drying efficiency. Topic Thermocompressors: fixed vs variable
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