Technical capability
Solvent Recovery Engineering & Manufacturing Cost Optimization
Recovery routes are assessed for reuse, contamination, losses and waste — with cost implications stated only when a product-specific balance is in scope.
Chemlyst provides assessment and coordination within an agreed project scope. Formal studies, calculations and deliverables depend on available process data and the responsibilities defined with the customer and proposed manufacturing facility. Execution remains with qualified partner facilities unless otherwise agreed.
A. Solvent Stream Assessment
- Solvent identity and composition.
- Water content.
- Dissolved impurities.
- Potential product contamination.
- Stream volume and variability.
- Reuse requirements.
B. Recovery Technology
- Batch distillation.
- Fractional distillation.
- Vacuum distillation.
- Condensation.
- Phase separation.
- Additional purification, where required.
C. Recovery Economics
- Solvent consumption.
- Recovery efficiency.
- Fresh-solvent requirements.
- Heating and cooling demand.
- Waste disposal costs.
- Equipment and operating costs.
D. Process Integration
- Solvent reuse.
- Recycle-stream compatibility.
- Accumulation of impurities.
- Product-quality impact.
- Storage and segregation.
- Environmental and safety requirements.
Technical deliverables (scope-dependent)
- •Solvent recovery feasibility assessment.
- •Preliminary solvent material balance.
- •Recovery-system selection.
- •Cost-benefit assessment.
- •Waste-reduction opportunities.
Solvent recovery can improve campaign economics; projected savings are not quoted without a product-specific calculation agreed in scope.