Neuland

How Process Engineering Techniques Result in Cost-Effective Products

With the cost pressures of today’s competitive market, active pharma ingredient (API) sales profit margins are continuously falling. As a result, pharmaceutical manufacturers find themselves under pressure to cut production costs to sustain market share and maintain position.

One particular source of production inefficiencies – current batch manufacturing and manual process control using traditional equipment – has limitations in terms of capacity and process variation. In addition to this, Deviation closure and reprocessing both increase overhead, by cutting into plant productivity and ultimately raising production costs.

A Few Techniques to Boost Your Bottom Line, Instead of Your Costs

In the process development stage of R&D, the concept of Quality by Design (QbD) can be used to understand and control processes, based on sound science and quality risk management. Design of Experiments (DOE) is very useful in optimizing & validating processes, creating accurate design space, with flexibility for operability at plant scale. The processes operating in the defined design space have more consistency and are less likely to be prone to OOS and deviations.

Plant automation can reduce human error by controlling the process parameters and ensuring consistency (e.g., temperature control, pH adjustment, rate of additions, quenching time, etc.) This also improves process safety, and semi-batch mode operation can make exothermic reactions inherently safer. Automation includes feedback control loops and special utilities, along with heating and cooling.

Automated crystallizers can offer built-in flexibility for temperature control, supersaturation, nucleation, crystal growth, and the other parameters that affect particle size distribution.

Solvent/reagent recovery and recycling during processes is a very effective and modern way to lower solvent consumption and costs, while reducing environmental pollution at the same time. You can also design a synthesis route (LINK TO POST ON SCOUTING) that does not generate pollutants, thereby reducing the hydraulic load sent to effluent treatment plants.

Getting More from Less

As an API producer who never competes with customer formulations, we provide continuous API manufacturing to reduce costs and meet market requirements of high throughput and process intensification. By doing so, you can get more from less.

Specifically, you can take advantage of more:

  • Yield
  • Productivity
  • Process control
  • Energy efficiency
  • Safety in processes, with less chemicals handled per unit of time
  • Flexibility in production throughout product lifecycle

While also benefiting from less:

  • Inventory, with less money tied up in investment
  • Manpower cost
  • Human error
  • Time to market
  • Process time
  • Reprocessing, resulting in less overhead and less expense for raw materials
  • Square footage needed for your manufacturing plant, and thus, a smaller environmental footprint
  • CO2 emissions

Another technique employed at Neuland is to increase productivity and yield using the most efficient equipment available in current batch processes. For example, by using a rising/falling-film evaporator or wiped film evaporator for distillation, less time is needed and quality is improved through less exposure to higher temperatures.

Putting PAT to Work for You   

One final step is using PAT, or Process Analytical Techniques, during lab development and plant implementation. Using PAT tools enables a shift from Quality by Analysis to Quality by Design. This brings continuous process validation to a plant via key monitoring of critical on-line processes and operations rather than the current one-time process validation (3 to 5 batches).

PAT tools are especially useful for:

  • Reaction studies, using On-line ReactIR, a full-featured reaction analysis system for reaction conversion
  • Crystallization/Drying, via Particle Engineering studies where focused beam reflectance measurement (FBRM) and particle vision and measurement (PVM) probes are used to achieve a target particle size and shape distribution
  • Drying, using an NIR probe to perform an on-line moisture check or NVM (residual solvent)

At Neuland, our R&D department is establishing a dedicated research team with expertise in continuous processes, flow chemistry and particle engineering. Our research team is a QbD group supported by state-of-the-art technology and infrastructure.

With a now-established track record of successful implementations, it is clear that PAT tools and innovative automation result in cost-effective drug products while providing robust quality assurance in real time. Going forward, partnering with manufacturers who take advantage of these measures will keep your business at the forefront of pharmaceutical manufacturing.

What new techniques or technologies are you considering to increase your profit margin?

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