Whatworksinthelab
shouldworkinproduction
We bridge the gap between laboratory performance and commercial manufacturing — diagnosing scale-up failures before they happen, engineering the process for your specific plant, and staying on-site through the first production run.
Scale-upfailsfor
specific,knowablereasons
A formulation that performs perfectly at lab scale can fail at production scale for reasons that have nothing to do with the chemistry itself. Mixing time in a 5,000 L vessel is orders of magnitude longer than in a 250 mL beaker — concentration gradients form during addition, localised overheating occurs near the heating jacket, and shear-sensitive emulsions are exposed to vastly different flow conditions than those in the lab. These are engineering problems, not formulation problems, and they require engineering solutions.
Our scale-up support starts with a structured assessment of every parameter that will change at production scale — before a batch runs. Where pilot trials are warranted, we design and run them. We then define the production-scale operating window for your specific equipment, write the batch record, and support your team through the first commercial production run to ensure the transfer is complete.
- Pre-scale risk assessment — identify failure modes before the first production batch
- Process parameters calibrated to your specific plant equipment and vessel geometry
- Pilot trial design and execution where intermediate validation is required
- On-site or remote first-run support and real-time troubleshooting
Vessel Comparison: Laboratory glass beaker (250 mL) next to a pilot-scale reactor (50 L), illustrating the critical fluid dynamics scale-up ratio.
Production Floor: Multi-reactor commercial chemical plant configured for continuous flow and scale-up validation.
Scale-upwith
precisionandcontrol
Our scale-up support bridging the gap between laboratory success and robust commercial production. We analyze heat transfer rates, mixing dynamics, and shear parameters to ensure that your formulation performs identically in a 10,000-liter reactor as it did in a 1-liter laboratory beaker.
- Lab-to-pilot and pilot-to-commercial scale-up methodology and planning
- Mixing hydrodynamics — impeller selection, tip speed, and power number scaling
- Heat transfer coefficient recalculation across vessel geometries and jacket types
- Reaction time and residence time adjustment for production-scale kinetics
- Raw material handling — bulk storage, transfer, and dosing system design
- Yield and conversion discrepancy diagnosis between lab and production
- Equipment selection and vendor specification for new plant build
- Batch record and manufacturing SOP development for production teams
- First production run support and in-plant troubleshooting
- Ongoing optimisation once commercial production is established
Ourscale-upmethodology
Four phases that analyze scale risks, design the manufacturing window, supervise test trials, and establish full batch records to make production transition seamless.
Scale-Up Assessment
Review the lab process, identify every parameter that will behave differently at scale — mixing, heat transfer, raw material addition rate, hold times — and build a risk-ranked scale-up plan before a single production batch runs.
Pilot Scale Trial
Where required, run intermediate pilot scale trials to validate critical parameters and catch discrepancies early. Pilot data de-risks the commercial scale-up and provides the evidence base for batch record development.
Production Engineering
Define the production-scale operating parameters: mixing conditions, temperature profiles, addition sequences, hold times, and QC sampling points — calibrated to your specific plant equipment.
First Run & Handover
We support the first commercial production run on-site or remotely, resolve any in-plant issues in real time, and complete the knowledge transfer to your production team.
De-riskingthe
scaletransition
Addressing the physical, thermodynamic, and mechanical discrepancies that arise during production scale-up.
Yield Drop at Scale
Lab conversion of 94% becomes 78% in the production vessel. We trace the cause — mixing dead zones, longer addition times, thermal gradients — and correct it.
Wrong Viscosity Profile
Emulsions, polymers, and rheology-modified products routinely behave differently at production scale. We diagnose the shear history mismatch and correct the process.
Exotherm Management
A reaction that is trivially controlled in a 5 L lab flask can exceed the cooling capacity of a 5,000 L jacketed vessel. We calculate, design for, and test the heat removal requirement.
Phase Separation on Cooling
Products stable in the lab separate on cooling in the production tank due to stratification and extended hold times. We redesign the cooling protocol and agitation strategy.
Batch-to-Batch Variability
Inconsistent product across batches from the same formulation and process. We identify the uncontrolled variable — raw material addition order, temperature profile, mixing time — and lock it down.
New Plant, No Process
Building a new production facility around a validated lab formulation. We engineer the full process — equipment selection, layout, utilities, operating procedures — from the chemistry up.
Contract Manufacture Transfer
Moving production to a contract manufacturer with different equipment. We map the process to the CMO's vessel specifications and validate performance before commercial handover.
Capacity Expansion
Scaling from one production vessel to a larger one, or from a single batch to continuous production. We recalculate every process parameter for the new operating conditions.
Regulatory Scale-Up Evidence
Building the scale-up evidence package for a regulatory submission — comparative batch data, parameter ranges, and critical process parameter justification.
Cleanproduction&
foolproofexecution
A successful scale-up means zero-batch failures. We deliver complete batch manufacturing records, standard operating procedures (SOPs), heat and mass balance validations, raw material safety checklists, and automated loop control specifications to ensure total process reliability in the plant.
- Scale-up risk assessment — parameter-by-parameter analysis of what changes at production scale
- Production-scale operating parameters: mixing conditions, temperature profiles, addition sequences
- Equipment specification for new plant or adaptation notes for existing plant
- Batch record template and manufacturing SOP written for production operators
- Pilot trial report with comparative data against lab reference batches
- In-plant troubleshooting log and corrective action report from first production runs
- Knowledge transfer documentation for handover to your production team
Batch Record & SOP: Standard operating procedures and quality control sample tracking on the production floor.
Scaleyourproduction
withoutrisk.
Whether you're designing a process from scratch, troubleshooting a scale-up failure, or preparing a safety analysis for a regulatory submission — we can help.
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