Batch Management

Manage product recipes and equipment utilization for maximum efficiency.

Batch Management

An Expertise Within An Expertise

Process control engineering is a specific expertise blending knowledge of industrial processes, programming, software, and instrumentation.

S88

ANSI/ISA-88 (S88) provides a consistent set of standards and terminology for batch control. Utilizing the S88 standard simplifies code development and provides a more elegant package with consistent methodology and terminology across multiple platforms.

GAMP / GMP

Regulated industries such as pharmaceuticals must adhere to GAMP (Good Automated Manufacturing Practice), a globally recognized framework, to ensure that systems, instruments, and data comply with regulatory requirements and meet its operational requirements reliably.

Robust Configuration for Improved Maintainability

How well you structure the sequence interactions can greatly affect the process controllability, quality, and cycle time.

Our Batch Experts will analyze the structure of your process by considering the following questions:

  • How will the process start? What are the initiating factors?
  • How will the process finish? Once it finishes, how will the process reset for the next batch?
  • When something abnormal occurs during a sequence, how will that be handled? Can the batch be recovered? Can we step jump the process? How will those things take place?
  • How will reservations for shared equipment be handled?
  • When you have multiple paths in a train, how will the next available piece of equipment be selected?
  • How will you maximize speed in each step without sacrificing quality?

Pharma

Key Process and Equipment Considerations for Batch Control Analysis

Working process knowledge is critical when planning key elements of process steps that the batch sequence must address. In addition, expertise around equipment such as reactors, crystallizers, centrifuges, dryers, and batch filters all have their own unique elements and concerns.

Our Process Engineers will analyze the process in the context of the following considerations:

  • Is the process optimized to meet production scheduling requirements?

  • Is the proper instrumentation installed to provide reliable process data, and is it sufficient for automated decision making?

  • Is it possible to charge multiple raw materials at the same time?
  • Can heat and agitation be started partway through a charging step so mixing/reaction time can be reduced?
  • What are the limits of temperature control or vacuum? Advancing closer to these limits may also reduce current step times for things like crystallization, distillation, or reaction.

Operator Interactions With Batch Processes

Batch processes will have varying degrees of manual operator interaction. A batch operation is more likely to require operator assistance, whether through manual raw material additions, field verifications, or triggering specific process actions.

The following should be considered regarding operator interaction:

  • What should happen if an operator doesn’t respond in a timely manner?
  • What information is best entered manually?
  • Which steps should an operator initiate?
  • How should the system recover from erroneous inputs, either from the operator or a faulty field sensor?
  • When you have multiple paths in a train, how will the next available piece of equipment be selected?
  • How seamless does the automated batch process work in parallel to the operator batch record?
  • When the operator makes a manual adjustment, how will your process respond and how will the programming incorporate the interaction?
  • Are there operator prompts or actions that could be streamlined?
  • Is the operator already manually interacting with the process trying to improve cycle time?
Life Sciences BMS

Our Team Will Guide You Through The Entire Process

Planning

Our Team integrates front end planning as a foundational phase in the project lifecycle. This phase aligns business needs with project execution strategies and includes a feasibility study to determine if the project is within the acceptable capital budget, develop a detailed scope definition, and perform a project risk assessment. Our Team will also provide proper documentation, including a Functional Design Specification (FDS), to capture your requirements and check the program.

Implementation

Batch programming enables precise control over sequential operations, ensuring that each step in a recipe or process occurs in the correct order and under the right conditions.  It also allows facilities to manage multiple product recipes on shared equipment, adapt to changes in ingredients or process paths, and maintain traceability and compliance with standards like ISA-8812. Our Team also offers onsite testing and post startup support.

As a vendor-agnostic system integrator, we work with a variety of Platforms.

Emerson
Rockwell Automation Partner
ABB
Siemens
Honeywell Partner

Electronic Batch Records

A Shift to Digital

Batch records that document a manufactured product can assist with tracking lots and preparing for audits. There is a push in the manufacturing industry to shift to digital records – Electronic Batch Records (EBR) – and track information electronically.

Benefits of Electronic Batch Records

  • Centralized storage and backup of electronic records instead of paper records

  • Easy accessibility during audits, including internal, client, and FDA
  • User management allows accessibility to necessary records
  • Tracking with full traceability

  • Customizable

Considerations Before EBR Implementation

Implementation Complexity

Full EBR requires integration of a number of your production platforms including enterprise resource planning (ERP), laboratory information management system (LIMS), manufacturing execution systems (MES), industrial control systems (ICS/DCS/PLC), and OT/Cybersecurity. With unique processes, up-front planning is critical.

EBR Life Cycle Commitments

After validation is complete, system upsets can still occur, so it’s important to plan and execute preventative maintenance programs regularly, including maintaining hardware and software. Routine checks should be outlined and scheduled to help keep the system up and running.

Plan For Support

More systems incorporated into your processes means more support to maintain interconnectivity and reduce downtimes. Without the proper support, you can incur gaps in your records or lose production time. Build your organization to mitigate and address these issues and plan your support into your operations budget.

Cybersecurity & Data Integrity

With vital pieces of information being stored and passed between systems, routine cybersecurity audits can help identify vulnerabilities and ensure that both hardware and software systems are up to date and secure. Unfortunately, secure systems are still at risk without proper procedures in place to maintain data integrity, ensuring consistency and quality of the products manufactured. Our Team can design, configure, and maintain your systems so your data involved can’t be manipulated outside of an audit trail.

process industry

Project Spotlight

Batch Integration on Demand

A leading chemical company needed to upgrade an existing, operating plant that processes hazardous chemicals. The company needed to add a new process unit in an existing 24/7 operating plant.

Improved Batch Consistency

Run Your Plant With Confidence

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Execute Customized Solutions
Experience Sustainable Results
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