Our Service
IDS provides control engineering services for industrial control systems that improve process performance, reliability, safety, and plant operations across complex industrial facilities.
Developing control philosophies, functional requirements, system architecture, control logic, and engineering documentation.
Designing control strategies, sequences, loops, permissives, interlocks, and process automation functions.
Developing control applications, operator graphics, alarms, reports, calculations, and system interfaces.
Supporting factory testing, field verification, commissioning, startup, and system performance validation.
IDS engineers boiler control systems for stable combustion, efficient operation, responsive load control, and coordinated boiler equipment performance.
IDS develops burner management system applications and associated logic for sequencing, permissives, interlocks, trips, and safe boiler operation.
IDS provides control engineering for auxiliary and balance-of-plant systems, including electrical, mechanical, environmental, and supporting process equipment.
IDS develops control system designs that translate process requirements and operating objectives into practical, reliable control strategies.
Our engineers work with plant personnel, equipment suppliers, engineering firms, and system vendors to define control requirements, coordinate system interfaces, and develop the engineering basis for implementation.
IDS begins with the process and operating requirements, then develops the control philosophy, logic, sequences, permissives, interlocks, operator interface requirements, and supporting documentation needed for implementation.
Whether the project involves a new system, equipment addition, plant modification, or modernization, IDS focuses on control solutions that are reliable, understandable, maintainable, and aligned with plant operating requirements.
Key Deliverables
Control philosophies and narratives
Operator interface requirements
Control logic and sequences
I/O and interface requirements
Permissives and interlocks
Engineering documentation
Specialized Applications
Boiler and combustion applications require close coordination between process control, equipment operation, protective functions, and operator interaction.
IDS develops boiler control, burner management, and combustion control applications for new systems, upgrades, equipment modifications, and plant modernization projects.
IDS engineers boiler control systems that coordinate combustion, fuel and air control, feedwater, steam conditions, load response, and supporting equipment to maintain stable and efficient boiler operation.
Typical functions may include:
IDS develops burner management system applications for the safe sequencing, permissive control, interlocking, startup, shutdown, and trip functions associated with boilers and fired equipment.
Typical functions may include:
IDS develops combustion control strategies that coordinate fuel, combustion air, firing demand, and process conditions to support stable operation, efficient combustion, and responsive load control.
Typical functions may include:
Control Logic Development
Sequences & Equipment Control
Reports & Data Logging
Operator Interface Design
Permissives & Interlocks
Third-Party System Interfaces
Process Control Loops
Alarm Development
Testing & Commissioning
Control System Applications
IDS develops control system applications and interfaces that connect plant equipment, process information, and operators within a coordinated industrial control environment.
IDS develops control applications tailored to plant processes and operating requirements, including calculations, operator graphics, alarms, reports, equipment displays, data collection, and specialized control functions.
IDS integrates control applications with PLCs, packaged equipment, electrical systems, analyzers, historians, SCADA platforms, and other third-party systems to support coordinated plant operation.
Talk with an experienced IDS engineer about your existing system, project requirements, and the best path forward.
