ENGINEERING· FABRICATION · GLOBAL DELIVERY
High Modular delivers process systems through an integrated approach that brings engineering, procurement, fabrication, quality control, testing and logistics together around the requirements of each project to present the best modular plant to our clients.
Engineered Modular Process Solutions
SMARTER FABRICATION · SAFER EXECUTION · GREATER SCHEDULE CERTAINTY
Modular systems developed around process requirements, interfaces, operability, and execution needs.
Execution
A coordinated project path across engineering procurement, fabrication, testing and delivery.
Engineering
Single-Source
Global Delivery
Transportation and logistics coordinated around project requirements and site readiness.
Integrated workstreams help reduce unnecessary handoffs and support schedule certainty.
WHY MODULAR
Modular plant execution allows fabrication and site activities to advance in parallel while moving a greater portion of assembly, integration, inspection and testing into a controlled environment, which reduces the unforeseeable field labor cost and overall project cost.
Move Substantial Work Off Site.
01
Shorter Schedules
Parallel site work and module fabrication compress the overall schedule.
02
Safer Execution
Fabrication-intensive activities can be moved away from active project areas and performed in a more weather controlled shop environment.
03
Reduced Field Labor At Site
A greater portion of the pre-assembled plant arrives to the site, allowing to reduce substantially the cost of field fabrication.
04
Greater Delivery Certainty
Controlled assembly, standardized inspection and pre-shipment testing support for more predictable quality and execution.
WHAT WE DELIVER
High Modular supports systems ranging from compact pilot units to industrial-scale process modules. Each system is developed around process requirements, equipment arrangement, maintenance project interfaces, transportation constraints and site conditions.
Built Around the Process. Designed for the Project.
INTEGRATED SYSTEMS
Process Modules
Integrated systems combining process equipment, piping, structure, instrumentation and supporting systems within a transportable modular arrangement.
UNIT OPERATIONS
Packaged Process Skids
Compact systems organized around a defined process function, equipment package or unit operation.
Purpose-built modular systems for process research, development, demonstration and scale-up.
DEVELOPMENT & SCALE-UP
Pilot Systems
REACTOR SERVICE
Reactor Modules
Integrated modular arrangements centered around reactor service and associated process equipment and supporting systems.
PROJECT-SPECIFIC SCOPE
Specialized Modular Systems
Project-specific systems developed for chemical processing, treatment, recovery, separation and other specialized industrial applications.
1 L TO FULL PLANT
Pilot to Industrial Scale
From compact pilot applications to industrial-scale process modules, each system is developed around process requirements, equipment arrangement, project interfaces, transportation constraints and site conditions.
MAXIMUM PREFABRICATION
More Completed Before the Module Reaches Site.
By completing more work in a controlled fabrication environment before equipment and materials reaches the field, modular execution can reduce site-intensive activities and create a more predictable path from design through to delivery.
Depending on project scope, integrated systems can include:
■ Equipment
■ Instrumentation
■ Controls
■ Heat Tracing
■ Steel Structure & Piping
■ Electrical & Wiring
■ Insulation
■ Safety Systems
PROJECT EXPERIENCE
Project experience spans pilot and research systems, reactor modules, chemical processing, treatment and recovery systems, extraction, electrolyte processing, furnace applications, and other specialized modular projects.
Modular Experience Across Industrial Applications.
PROCESS FURNACE
Cracking Furnace Project
KEY FACTS
■ Module Quantity: 12
■ Equipment Quantity: 86
SCOPE
Design and Manufacturing
DATE
March 2026
RECYCLING & ENVIRONMENTAL
Rotor Skid-mounted Block — Chicago Recycling Project
KEY FACTS
■ Module Quantity: 9
■ Equipment Quantity: 24
SCOPE
Design and Manufacturing
DATE
November 2025
AGROCHEMICAL
Pesticide Project
KEY FACTS
■ Module Quantity: 6
■ Equipment Quantity: 12
SCOPE
Design and Manufacturing
DATE
April 2025
CERTIFICATION & COMPLIANCE
Built in a Controlled Environment.
High Modular's execution approach moves more fabrication, assembly, inspection and testing into a controlled shop environment — helping reduce field-intensive work while improving consistency throughout the whole modules.
ASME U
ASME U authorization
Authorized for pressure-vessel fabrication, valid through March 30, 2027.
ASME U2
ASME U2 authorization
Authorized for alternative pressure-vessel fabrication, valid through March 30, 2027.
ISO 9001
ISO 9001:2015
Quality management system certification.
ISO 45001
ISO 45001:2018
Occupational health & safety management system certification.
ISO 14001
ISO 14001:2015
Environmental management system certification.
Safer Execution
Completing more work off site reduces fabrication activity, congestion and labor exposure at the final site.
Controlled Quality
Inspection, documentation, specoftesting and verification are integrated into the fabrication process rather than left until final delivery.
Established Management Systems
Documented fabrication resources include quality, occupational health & safety and environmental management systems, together with applicable ASME pressure-vessel authorizations.
Have a Process That Could Be Modularized?
Tell us about your process requirements, project location, execution schedule and major equipment scope. Our team can help evaluate how a modular approach could fit the project and its cost impact.