APPLICATIONS & SOLUTIONS
Solvent recovery is one of the most well-known uses of activated carbon and it can make a significant difference to industrial processes. It’s a cost-effective process allowing solvents that have been used in industrial processes to be recovered. They can then be reused, meaning there’s no need to spend money repurchasing. In fact, without solvent recovery many industrial processes would not be cost-effective to operate. The activated carbon is used to collect the solvents and, not only is an expensive resource collected, but potentially damaging emissions to the atmosphere are prevented too. Sometimes the solvent can even be sold on to be reused. Energy can also be generated through this process and money is then saved on energy costs. Solvent recovery is both economical and beneficial to the environment.
We produce a vast selection of carbons to serve a wide range of industries. Our expert team at Jacobi have many years’ experience in solvent recovery and can advise on the best methods and products to suit your business and operations. We also offer support and carbon handling services throughout.
- Wide range of activated carbon, both granular and extruded types to manage recovery of a broad spectrum of solvents
- Carefully engineered activated carbons provide optimal balance of adsorption capacity with low retentivity
- Safe and efficient recovery of ketones and other problematic solvents
- Can help to make your operation more cost-effective and environmentally friendly
Steam desorption is a method where low pressure dry steam is fed into a bed of activated carbon that is saturated with solvent. The steam drives the desorbed solvent away and they are then separated. With this process, the solvent can often be returned to be reused for its original purpose immediately with no further treatment needed. It’s a versatile and cost-effective choice.
Hot Air Regeneration
Hot air regeneration is a newer process than other methods. Its purpose is to generate energy which can be used later in the factory’s processes, rather than recovering a reusable solvent. This method uses activated carbon to provide energy (in the form of heat or other power) to the rest of the factory.
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