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The REOCAT technology for cleaning amine solutions
solves key operational problems — foam formation
and corrosion in amine systems, which leads to decreased
efficiency and increased energy and maintenance costs.
solves key operational problems — foam formation
and corrosion in amine systems, which leads to decreased
efficiency and increased energy and maintenance costs.
The REOCAT technology for cleaning amine solutions solves key operational problems — foam formation and corrosion in amine systems, which leads to decreased
efficiency and increased energy
and maintenance costs.
efficiency and increased energy
and maintenance costs.
Amine Solution Cleaning
from Mechanical Impurities
and Heat-Stable Salts
from Mechanical Impurities
and Heat-Stable Salts
The technology was developed jointly with the Institute
of Petrochemical Synthesis of the Russian Academy of Sciences
and has been successfully implemented at LUKOIL, TANECO, Atyrau Refinery, and other industrial facilities.
of Petrochemical Synthesis of the Russian Academy of Sciences
and has been successfully implemented at LUKOIL, TANECO, Atyrau Refinery, and other industrial facilities.
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This approach allows customers to:
Reduce foam formation in circulation;
Prolong the lifetime of amine solutions;
Restore the absorption capacity;
Lower operating costs by reducing solution replacement and waste disposal needs.
Reduce foam formation in circulation;
Prolong the lifetime of amine solutions;
Restore the absorption capacity;
Lower operating costs by reducing solution replacement and waste disposal needs.
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REOCAT offers advanced amine solution purification services using mobile modules, including:
a filtration unit for the removal of mechanical particles, colloids, resins, and hydrocarbons;
a membrane electrodialysis unit for the removal of heat-stable salts without dilution of the solution.
a filtration unit for the removal of mechanical particles, colloids, resins, and hydrocarbons;
a membrane electrodialysis unit for the removal of heat-stable salts without dilution of the solution.
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THIS LEADS TO:
intensive foaming of the solution;
increased corrosivity;
reduced absorption efficiency;
increased equipment wear;
loss of the solution’s operating performance
intensive foaming of the solution;
increased corrosivity;
reduced absorption efficiency;
increased equipment wear;
loss of the solution’s operating performance
Solutions of monoethanolamine (MEA), diethanolamine (DEA), methyldiethanolamine (MDEA), and other amines used in gas treating units gradually accumulate contaminants and degradation products
over time.
over time.
SOLUTION
RESULT
PROBLEM
Final report with recommendations.
6
Cleaning
procedure.
procedure.
5
Deployment
and connection of the REOCAT unit at the customer’s site
and connection of the REOCAT unit at the customer’s site
4
Selection
of the cleaning mode
and parameters.
of the cleaning mode
and parameters.
3
Sampling
and lab modeling.
and lab modeling.
2
Free assessment of the current condition of the amine solution.
1
Service Procedure
Customized solutions for various amine types and complex operating conditions
Expert support from the Topchiev Institute of Petrochemical Synthesis, Russian Academy
of Sciences.
of Sciences.
Awarded by the Government
of Moscow for purification technologies.
of Moscow for purification technologies.
Field experience in cleaning amine solutions from 100 to 5,000 m3 at sites including LUKOIL, TANECO, Rosneft, and others.
WHY
REOCAT
WHY
REOCAT
REOCAT