Experience unparalleled efficiency with K-Jhil’s HCL Gas Absorber, essential for scrubbing hydrogen chloride gas before atmospheric venting. Our falling film absorber, a vertically mounted shell and tube heat exchanger, offers continuous operation and efficient heat removal.
Our absorber ensures optimal absorption efficiency with hydrogen chloride gas entering the top and flowing concurrently with water/dilute HCL. Cooling water circulated through the shell side efficiently absorbs heat, resulting in a higher acid concentration due to low absorbing temperature. Trust K-Jhil for superior HCL gas absorption solutions where efficiency meets innovation.
Salient Features of HCL Gas Absorber System
Absorption Tower Design
Features an absorption tower that allows the contact of HCl gas with an absorbing solution, promoting efficient absorption and neutralization.
Spray System
Incorporates a spray or scrubbing system to enhance the contact between the gas and the absorbing solution, improving absorption efficiency.
Absorption Solution
Equipped with a suitable absorbing solution, often an alkaline substance, to effectively neutralize and capture HCl gas.
Monitoring Ports
Includes ports or windows for real-time visual observation of the absorption process, allowing operators to monitor the gas-liquid interaction.
Gas Inlet/Outlet Ports
Designed with ports for the controlled entry of HCl gas into the absorber unit and the exit of treated gas after absorption.
Myriad Applications of HCL Gas Absorber System
Pharmaceuticals Process Development
Conduct pilot-scale studies for pharmaceutical manufacturing, optimizing reaction conditions and ensuring scalability.
Chemical Processing Plants
Absorbers capture and neutralize HCL gas emissions generated during chemical manufacturing processes, preventing their release into the atm.
As trailblazers in crafting indigenous solutions, from producing our own glass to prioritizing rigorous quality checks for your peace of mind, here are some more reasons why customers consistently choose us.