Process Automation

Designing and implementing robust automation solutions across the full production lifecycle — from batch control to system integration

Process automation is central to reliable and compliant pharmaceutical manufacturing. KeyPlants Automation designs and implements scalable control systems that support consistent product quality, repeatable execution, and efficient operation across the full production lifecycle.
 

From greenfield facilities to complex brownfield upgrades, we deliver integrated automation solutions that connect process equipment, operators, batch execution, and surrounding digital systems into a unified production environment.
 

Modern manufacturers often face fragmented systems, manual process steps, legacy platforms, and integration gaps between automation and higher-level systems. Our process automation solutions address these challenges through structured design, robust implementation, and validation-ready engineering.

What we deliver

Control system design & implementation

We design and implement DCS, PCS, PLC/SCADA, ISA-88 batch, and MTP-based automation solutions aligned with process requirements, operator needs, and GMP expectations.

Modernization & upgrades

We support legacy migrations, platform upgrades, and brownfield modernization while maintaining production continuity and reducing technical risk.

Service & support

We provide lifecycle support for automation systems, including troubleshooting, improvements, commissioning support, operator training, and long-term maintenance.

How it works

Process automation projects are delivered through a structured engineering approach that connects process understanding, control system design, software implementation, testing, and commissioning.
 

1. Design based on process and operational requirements

We begin by translating process, equipment, user, and regulatory requirements into a clear automation design. This includes defining the control architecture, batch strategy, system boundaries, operator interactions, and integration points with surrounding systems.
 

2. Implementation with structured control logic

The solution is implemented using scalable control structures, standardized software design, and clear separation between process control, operator interface, batch execution, and system integration. This supports maintainability, future expansion, and consistent operation across equipment and production areas.
 

3. Integrated testing, commissioning & qualification support

Testing and commissioning are treated as an integrated part of the implementation, not a separate final activity. We support FAT, SAT, commissioning, troubleshooting, operator training, and validation-related activities to reduce project risk and ensure the system is ready for regulated production.

Process design

Technologies & platforms

Platform agnostic and experts in leading automation platforms, ensuring high-quality, reliable, and regulatory-compliant solutions.

Hear from our specialist

What distinguishes a well-designed PCS 7 batch solution from a basic implementation?


"A strong solution reflects the underlying process design, allows for flexibility, structures recipes for maintainability, and integrates cleanly with Historians, MES and other surrounding systems. This reduces commissioning risk and supporting long-term scalability."
 

Niklas Andersson

- SENIOR AUTOMATION ENGIEER & PCS7 SPECIALIST

Niklas Andersson

Talk to our sales representative for more information

FAQ

How does process automation support pharmaceutical manufacturing?

Process automation enables repeatable process execution, controlled operator interaction, consistent batch handling, and reliable process data collection. In pharmaceutical manufacturing, this supports product quality, operational efficiency, and GMP-compliant production.

How do you ensure compliance in automation projects?

We apply structured engineering, documentation, testing, and validation support aligned with GMP and GAMP 5 expectations. Compliance is considered throughout design, implementation, FAT, SAT, commissioning, and handover.

Can automation upgrades be implemented in existing facilities?

Yes. Brownfield upgrades are planned around existing operations, system dependencies, production windows, and validation requirements. Where needed, we use phased migration, parallel testing, simulation, and planned cutover strategies to reduce operational risk.

Which platforms do you work with?

We are platform-agnostic and work with major automation platforms including Siemens PCS 7, PCS neo, TIA Portal, Emerson DeltaV, ABB 800xA, AVEVA InTouch, iFIX, Rockwell, and Beckhoff.

What makes KeyPlants’ process automation approach different?

Our strength lies in combining automation engineering with process understanding, GMP experience, and system integration capability. This allows us to design solutions that are technically robust, maintainable, and aligned with the facility’s operational needs.

Work With KeyPlants

For process automation projects, KeyPlants supports the full lifecycle from early design and system architecture to implementation, commissioning, and long-term support.

CUSTOMIZED SOLUTIONS

We tailor automation solutions to the process, facility, regulatory environment, and operational requirements, from URS and design through implementation and handover.

FLEXIBILITY

We work independently of specific vendors and adapt to the customer’s preferred platforms, equipment strategy, project model, and site constraints.

END-TO-END SERVICE

We combine automation, process understanding, system integration, commissioning, qualification support, and lifecycle services to deliver complete solutions for regulated manufacturing.

Get in touch

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Kieran Blake
Kieran Blake Managing Director at KeyPlants Automation