Capabilities
Our Manufacturing Capabilities
Integrated Chemistry, Process Engineering, Manufacturing Infrastructure & Process Safety
From molecule to commercial production, we evaluate chemistry, equipment, facility capability, utilities and process risks to identify the right manufacturing solution.
Capability and equipment availability are confirmed for each proposed project — suitability is process-specific.
Submit Technical RequirementCapability categories
Explore the chemistry, equipment and engineering considerations used to assess your manufacturing requirement.
01
Chemistry & Process Development
Process chemistry and route assessment for technically feasible and commercially viable manufacturing.
Reaction pathways, selectivity, impurity profiles, raw-material compatibility, yield optimization and process-transfer requirements.
Technical Focus
Process Route • Reaction Chemistry • Selectivity • Impurity Control • Yield • Scale-Up
02
Reaction Engineering
Engineering evaluation of reaction systems for controlled and scalable manufacturing.
Assessment of reaction kinetics, heat and mass transfer, mixing, temperature/pressure control, heat removal and reactor operating conditions.
Technical Focus
Kinetics • Heat Transfer • Mixing • Mass Transfer • Temperature • Pressure • Scale-Up
03
Separation & Purification
Downstream processing designed around purity, recovery and process economics.
Evaluation of extraction, crystallization, precipitation and other separation technologies according to product characteristics and specification requirements.
Technical Focus
Extraction • Crystallization • Purification • Impurity Removal • Recovery • Yield
04
Reactor Systems & MOC
Reactor selection based on chemistry, material compatibility and operating conditions.
Access to qualified manufacturing facilities with different reactor configurations, materials of construction and capacities, subject to process-specific verification.
Technical Focus
SS-316 • Glass-Lined • PTFE-Lined • Hydrogenation • Pressure-Rated • 500 L–25 KL
05
Distillation & Fractionation
Precision separation for purification, solvent recovery and intermediate processing.
Evaluation of packed columns, fractional, vacuum and high-vacuum distillation based on volatility, thermal stability and required product purity.
Technical Focus
Packed Columns • Fractionation • Vacuum • High Vacuum • Reboiler • Condenser
06
Filtration & Solid–Liquid Separation
Efficient solid–liquid separation designed around product and process characteristics.
Selection and evaluation of filtration systems based on particle properties, slurry characteristics, cake formation, washing and solids recovery.
Technical Focus
Centrifuge • Nutsche • Sparkler • Filter Press • Pressure Filtration • Cake Washing
07
Industrial Drying & Moisture Control
Controlled drying for moisture, residual-solvent and product-quality requirements.
Evaluation of drying technologies according to thermal sensitivity, solvent characteristics, moisture specification and product properties.
Technical Focus
VTD • RVD • RCVD • Tray Dryer • FBD • Moisture Control • Solvent Removal
08
Solvent Recovery & Process Economics
Solvent recovery strategies designed to reduce waste and improve manufacturing economics.
Assessment of distillation, condensation and recovery systems for solvent reuse, waste reduction and operating-cost optimization.
Technical Focus
Recovery • Distillation • Condensation • Solvent Reuse • Waste Reduction • Cost Optimization
09
Process Utilities & Infrastructure
Utility systems evaluated against process requirements and production capacity.
Assessment of heating, cooling, vacuum, nitrogen, compressed air, condensation, scrubbing and effluent-treatment infrastructure.
Technical Focus
Steam • Thermic Fluid • Cooling Water • Chilled Water • Brine Chilling • Vacuum • Nitrogen • ETP
10
Process Safety & Risk Engineering
Safety-led assessment. Engineering safeguards. Manufacturing readiness. Chemlyst evaluates chemical-process hazards, operating risks and engineering safeguards to assess whether a manufacturing facility is suitably prepared for the proposed process.
Our Process Safety Framework
01
Hazard Identification
HAZID • HAZOP • What-If Analysis • Process Deviations • Credible Failure Scenarios
02
Reaction & Chemical Safety
Exothermic Reactions • Thermal Stability • Heat Removal • Chemical Compatibility • Runaway Risk
03
Engineering Safeguards
Relief & Venting • Alarms • Interlocks • Emergency Shutdown • Containment • Emission Control
04
Equipment & Facility Safety
MOC Compatibility • Design Limits • Hazardous Chemical Handling • Fire Protection • Emergency Systems
05
Operational Safety
SOPs • Operating Limits • Start-up/Shutdown • Abnormal Operations • Maintenance • Management of Change
06
Manufacturing Readiness
Equipment Verification • Safety Action Closure • Documentation Review • PSSR, Where Applicable • Readiness Assessment