01
Map the system
From drawings, photographs and operating data we map where condensate is formed, where it is returned and where it is lost.
Remote consulting · GCC
Condensate recovery consulting for GCC plants
Condensate is hot, clean water you have already paid to produce and treat. We help you find out how much you return today, why the rest is lost and how to recover more of it, with calculations your team and management can act on.
Signs you are losing condensate
- Condensate return is low or unknown.
- Condensate is drained because of contamination risk, backpressure or distance.
- Condensate receivers vent large plumes of flash steam.
- Condensate pumps fail, cavitate or cannot keep up with the load.
- Return lines hammer, or heat exchangers flood at low load.
- Make-up water and chemical consumption is high.
How we work on condensate recovery
02
Find the reasons
We look at backpressure, lift, line sizing, flash steam, pumping and contamination risk, the usual reasons condensate is drained instead of returned.
03
Calculate the options
We size return lines and pumping, estimate flash steam and quantify the fuel, water and chemical value of each option.
04
Recommend and support
You receive prioritised recommendations, and we support your engineers or contractor remotely through design and implementation.
What you receive
- A condensate map showing what is returned and what is lost
- The root causes for condensate that is not returned
- Line, receiver and pump sizing for the recommended options
- Estimated fuel, water and chemical savings with the assumptions behind them
- A written report and a review call with your team
GCC CONTEXT
Why condensate matters more in the GCC
Boiler feedwater in the region often starts as desalinated water that then needs treatment. Returning condensate saves that water and the chemicals to treat it, and because condensate is hot, it also cuts the fuel needed to raise steam. Where water is expensive, condensate recovery is often one of the first improvements worth looking at.
What to prepare
- Line diagrams of the steam and condensate system
- The main steam users and their operating pressures
- Current condensate return, measured or estimated
- Photographs of condensate receivers, pumps and main return lines
- Make-up water and treatment chemical consumption, if available
Condensate recovery questions
How much condensate should a plant return?
There is no single target. Steam used for direct injection or in contact with product cannot be returned, but condensate from indirect heating usually can. A condensate map shows what is realistically recoverable in your plant.
Can contaminated condensate be recovered?
Sometimes. Depending on the risk, options range from monitoring with automatic diversion to recovering only the heat through a heat exchanger, without returning the water itself.
Why does our condensate line hammer?
Common causes are condensate collecting in low points, steam meeting cooler condensate, and return lines that are too small for the flash steam they carry. Drainage, trap selection and line sizing are the first places to look.
Can the work be done remotely?
Yes. All work is remote, based on your drawings, operating data, photographs and measurements taken by your site team, with video calls where it helps to look at an installation together.
Explore further
LET’S START WITH YOUR SYSTEM
What is your
steam challenge?
A few useful details make the first technical discussion more productive.
Include your objective, operating conditions and any drawings or photographs available.