The issue of adsorbent regeneration?
Thread Content
Our factory previously used a set of adsorption towers filled with activated carbon adsorbents to remove impurities such as C4 and butane from hydrogen. However, regenerating these adsorbents required large amounts of steam for desorption, which was not only wasteful but also made it impossible to recover the organic substances like butane from the adsorption towers. Additionally, it placed considerable pressure on wastewater treatment processes. I wonder if there is a good desorption method that can recover organic compounds such as butane from the adsorption tower, while also reducing environmental pollution? This post was last edited by hwqckr on 2009-3-6 18:03]
Having a good desorption method is one solution; wouldn’t it be even better if there were another superior adsorbent or absorbent?
I wonder how large your current adsorption capacity is! The method of non-negative pressure plus steam stripping can be modified, which allows for **reducing steam consumption! If you’re interested, we can get in touch in person!
The eluted water is then adsorbed using a resin-based adsorbent, and the eluate from this resin-based adsorbent becomes a concentrated solution, which makes recovery easier. Steam stripping is better than using solvents as it does not add other chemicals. To reduce energy consumption and wastewater discharge, the process can be optimized. Try the following process. 1. Steam heating 2. Rinsing with hot water + steam 3. Draining 4. Steam blowing The last edit of this post was made by caotcaot on 2009-4-14 at 12:30]
PAS TAS:lol
Adsorption using molecular sieves, or a method combining molecular sieves and activated carbon. Pressure adsorption and pressure reduction desorption are used to separate C4 and butane, which reduces the burden on wastewater treatment while also recovering organic raw materials. Therefore, it is necessary to initiate a research project, as there are no existing specific process conditions at present; these need to be determined through experimental methods.
Has the issue with hydrogen carrying liquid been resolved? ? ? One can try to lower the temperature of hydrogen, and then recover methane and ethane after liquefaction.