The phrase "absorption system for the" is correct and usable in written English.
It can be used in contexts related to technology, science, or engineering, where a system is designed to absorb something, such as energy, sound, or pollutants.
Example: "The absorption system for the new air purifier has been designed to effectively reduce indoor air pollutants."
Alternatives: "absorption mechanism for the" or "absorption setup for the".
The bicarbonate is subsequently heated to drive off the CO2 with the resulting carbonate returned to the CO2 absorption system for re-use.
As an illustrative example, the designed heat storage system was shown to be able to drive the 72 kW generator of an absorption system, for at least 10 h of operation in the discharging mode with the absence of sunlight.
In an isothermal fixed bed absorption system for constant inlet flowrate of inert gas and concentrations of two adsorbates the more strongly adsorbed component will displace the weaker one and effect its breakthrough characteristics.
A simulation of a single-effect H2O/LiBr absorption system for cooling and heating applications was performed by Sencan et al. [17].
For instance, open absorption system is the most effective which will reduce energy consumption by 67.5%, whereas mechanical heat pump could also decrease a significant amount of energy usage and result in a large heat surplus in the drying system.
Combining this system with a double-effect H2O/LiBr absorption system could reduce the investment costs for cooling purposes.
This work presents an experimental study of an aqua-ammonia absorption system used for automobile air conditioning system, this system using the exhaust waste heat of an internal combustion diesel engine as energy source.
The system is based on a molten carbonate fuel cell (MCFC) stack integrated with a micro gas turbine for electricity generation, coupled with a pressure swing absorption system (PSA) for hydrogen production.
This article outlines the development and testing of a prototype of a water ammonia absorption system designed for solar-powered refrigeration in small rural operations.
The 'interface concentration corrected-pseudo first order' mass transfer model and 'Ternary-termolecular' reaction mechanism were proposed to describe the CO2 absorption into NH3/PZ system for the high driving force and low PZ concentration condition.
