Modular Pilot Plant

Modular Pilot Plant

Capital projects involving new processes and technologies don’t always require pilot plant development. However, pilot plants often become indispensable when risk mitigation is critical for large-scale industrial construction. Modular construction offers an innovative solution, allowing pilot plants to be built in controlled environments that address inefficiencies typically associated with on-site construction.

What is a Pilot Plant?

Engineers use pilot plants—small-scale systems—to test and refine new technologies, ensuring they function as intended. These systems enable adjustments to be made when process challenges arise, reducing risks before scaling up to full industrial production.

Pilot plants are characterized by two key factors:

  • Size: While they can be produced in various sizes, they are typically smaller than full-scale industrial plants.
  • Purpose: They are commonly designed for research purposes, to determine whether a process or design concept is technically viable enough to warrant further investigation and financial investment.

What is a Modular Pilot Plant?

A modular pilot plant is defined by how it is fabricated and constructed. These complex processes occur in a controlled environment, typically in a fabrication shop. A fabrication shop capable of producing modular solutions will contain all equipment, materials, and resources necessary to produce, test, and transport the pilot plant to its final destination.

Modular systems are constructed in steel-incased frames, also known as skids. They can be produced as single units or multiple integrated units designed to perform a specific function or produce a final end product. 

Moving construction to a controlled environment enables greater project control, improved safety, and quality levels and reduces some of the variables and inefficiencies that can be introduced by field construction.

Modular Pilot Plant Design

Modular pilot plants are designed to enable engineers to test and learn more about specific processes and technologies. Identifying potential problems and optimal configurations and conditions enables engineers to make necessary changes and test those solutions before constructing full-scale industrial plants.

Their design must be flexible enough to enable modifications, enabling modular units to be reconfigured, added, and tested. The following factors will influence design specifications:

Several factors influence the design specifications of modular pilot plants:

  • Project Timelines: Speed of delivery and installation.
  • Cost: Budget constraints and cost-effectiveness.
  • Safety and Quality: Adherence to industry standards.
  • Accuracy: Precise process replication for effective testing.
  • Process Conditions: Considerations such as temperature, pressure, and material compatibility.
  • Layout: Efficient use of space and modular integration.

Project phases of modular pilot plants are similar to other capital projects. Each phase is required to ensure optimal results:

  • Front-End Planning: Define project goals and feasibility.
    • FEP Studies (FEP1, FEP2, FEP3): Conduct detailed investigations to refine scope and objectives.
  • Detailed Engineering and Design: Develop comprehensive plans for fabrication.
  • Procurement: Acquire materials and components.
  • Fabrication, Assembly, and Testing: Build and verify the modular units in a controlled environment.
  • Transportation and Installation: Deliver and assemble the modular units at the project site.

Benefits of Modular Pilot Plant Construction

Modular construction for pilot plant development can provide several attractive benefits in certain applications. However, choosing the modular approach will require a comprehensive evaluation of modular drivers, project requirements, and limitations. We’ve listed the most well-established benefits of modular construction below for consideration.

Benefits of Modular Pilot Plant Construction

Cost Control

Cost reduction is primarily attributed to a reduced need for on-site construction crews and material costs.

Time Savings

Concurrent engineering, fabrication, construction processes, and on-site work in a controlled environment can result in faster project completion.

Environmental

Waste reduction due to the efficient use of materials in a factory setting can lead to significant environmental benefits.

Safety & Quality

Controlled factory conditions that ensure adherence to important codes and regulations and processes performed by specialized teams lead to improvements in safety and quality.

Design Flexibility

Modular construction can accommodate the unique needs of pilot plant design and construction in terms of flexibility and meeting complex project requirements.

Partner With H+M Modular for Modular Pilot Plants

For new capital projects needing to research, test, and refine strategies before scaling up to full-scale industrial construction, modular pilot plant construction can help reduce inefficiencies associated with on-site construction and provide several attractive benefits. However, working with an EPC contractor with experience in modular construction and successful pilot plant engineering and design can help determine if the modular approach is right for your project and ensure the best results. 

H+M’s modular group specializes in designing and fabricating truckable modules, providing exceptional capital project execution from concept to start-up for clients across the United States. From our engineering and fabrication headquarters in Houston, Texas, we can transport your project to wherever you are. For over three decades, we have provided end-to-end solutions for a wide range of project sizes within the energy, chemical, and terminals and logistics industries.

We are dedicated to providing trust, experience, and efficiency through all stages of engineering, procurement, and construction through our proven strategic EPC approach. Our comprehensive services, including front-end planning, detail engineering and design, procurement, fabrication, and construction, allow us to take your modular process plant project from conception to completion, tailoring engineering and design solutions to meet your unique needs.

Ready to work together?

“For more than 35 years, we have provided leading capital project execution services to the energy, chemical, and terminal and logistics industries. We would love to sit down with you and discuss your design-build, engineering, and construction needs.”
Robyn Hall
Marketing Director
832-558-6212
To learn more about our unique approach to project execution, or to schedule a consultation, please give us a call or fill out the form below.
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