Advanced Process Automation Solutions
Engineering intelligent automation systems that connect field instrumentation, PLC/DCS control, HMI, SCADA, industrial networks, plant data and IIoT platforms for reliable, efficient and data-driven industrial operations.
Complete Automation from Field Instrument to Enterprise
Neo Technologies provides integrated process automation solutions for continuous, batch, utility and manufacturing processes.
Our engineering approach integrates field instruments, remote I/O, programmable controllers, distributed control systems, variable frequency drives, operator interfaces, SCADA systems, historians and industrial communication networks into a unified automation platform.
- Process study and control philosophy
- P&ID and instrumentation engineering
- PLC / PAC / DCS engineering
- HMI and SCADA development
- VFD and motor control integration
- Industrial networking
- Plant data acquisition
- IIoT and remote monitoring
- FAT, SAT and commissioning
From Sensor to Enterprise
A modern process automation platform connects plant-floor measurements and control systems with supervisory monitoring, production information and enterprise-level analytics.
Transmitters
Valves
PAC
DCS
SCADA
Reports
Analytics
SCADA & Control Room Solutions
Centralized visualization provides operators with process status, alarms, trends, equipment condition, production information and historical plant data from a unified control environment.
Talk to Our Automation Team
Process Automation Solutions
Flexible automation architectures can be engineered according to process complexity, production requirements, plant standards and installed equipment.
PLC Automation
PLC programming, hardware configuration, distributed I/O, interlocking, sequencing, machine logic, diagnostics and communication.
DCS Systems
Distributed process control architecture for continuous and complex industrial processes requiring scalable control and centralized supervision.
SCADA Systems
Central plant monitoring, process graphics, alarms, trends, historical data, reports and supervisory control.
HMI Development
Operator-friendly process visualization, machine controls, alarm pages, diagnostics and production information.
VFD & Drive Automation
Motor speed control, pump optimization, fan control, energy-efficient operation and coordinated drive systems.
PID Process Control
Closed-loop control of temperature, pressure, flow, level and other critical process parameters.
PLC, Instrumentation & Process Control Panels
Control panels form the physical control center connecting field devices, controllers, communication systems and plant equipment.
- PLC control panels
- Remote I/O panels
- Instrumentation panels
- VFD control panels
- MCC integration
- Operator control desks
- Marshalling panels
- Communication panels
- SCADA control room panels
- Customized automation panels
Measurement, Monitoring & Final Control
Reliable automation begins with accurate field measurement and properly engineered final control elements.
Pressure
Pressure transmitters, switches, gauges and differential pressure measurement.
Flow
Electromagnetic, vortex, ultrasonic, mass and differential pressure flow measurement.
Level
Radar, ultrasonic, hydrostatic, capacitance and level switch technologies.
Temperature
RTD, thermocouple, transmitters and temperature control systems.
Process Analysis
pH, ORP, conductivity, dissolved oxygen and process analytical instrumentation.
Control Valves
Modulating valves, actuators, positioners and automated on/off valves.
Automation for Real Industrial Processes
Solutions can be engineered for individual equipment, process skids, production lines, utilities or complete plant automation.
Industries We Can Automate
Process automation technology is applicable across manufacturing, utilities, infrastructure and process industries.
Water & Wastewater
WTP, STP, ETP, RO, pumping stations and water distribution.
Chemical
Reactors, dosing, mixing, temperature and pressure control.
Pharmaceutical
Process equipment, utilities, monitoring and production systems.
Food & Beverage
Mixing, batching, filling, CIP and process monitoring.
Textile
Dyeing, finishing, utilities, drives and production automation.
Power & Energy
Electrical monitoring, utilities and plant control systems.
Solar Plants
SCADA, inverter monitoring, weather stations and energy analytics.
Oil & Gas
Pumping, tank farms, metering and process monitoring.
Cement
Material handling, process control and motor automation.
Manufacturing
Production lines, machines, conveyors and plant utilities.
Mining
Conveyors, crushers, pumps and material handling automation.
Infrastructure
Pumping, energy monitoring and remote control applications.
Solutions for Every Industrial Stakeholder
Plant Owners
Complete automation upgrades, new plant automation, SCADA systems and operational data solutions.
OEMs
PLC, HMI, drive and electrical automation engineering for machines and packaged process equipment.
EPC Companies
Automation engineering packages, control panels, instrumentation integration and commissioning.
Manufacturers
Production automation, utilities monitoring, machine integration and plant digitalization.
Process Industries
Continuous and batch process control, instrumentation and plant-wide SCADA.
Utilities
Water, energy, pumping, electrical and infrastructure monitoring systems.
System Integrators
Engineering support, PLC programming, SCADA development and commissioning.
Consultants
Automation architecture, specifications, I/O engineering and technical documentation.
Complete Project Lifecycle
Process Study
Understanding process sequences, equipment and operating philosophy.
P&ID Review
Reviewing process instrumentation, valves and control loops.
I/O Engineering
Digital, analog, RTD, thermocouple and communication I/O planning.
PLC Engineering
Architecture, programming, interlocks, sequences and diagnostics.
SCADA Engineering
Graphics, alarms, trends, reports and historian integration.
Panel Engineering
GA, power circuits, control circuits, BOM and terminal schedules.
Instrumentation
Instrument selection, signal integration and loop engineering.
Testing
Simulation, software testing, panel inspection and FAT.
Commissioning
Site installation support, SAT, loop checking and startup.
Industrial Communication & Networking
Integration of controllers, drives, remote I/O, instruments, SCADA servers and enterprise systems through industrial communication protocols.
Industrial IoT & Connected Plant Solutions
Transform automation data into actionable operational information.
Industrial IoT architectures can connect PLC, SCADA and plant-floor equipment with edge devices, databases, dashboards and enterprise applications.
- Remote plant monitoring
- Energy monitoring
- Production dashboards
- Equipment condition monitoring
- Alarm notifications
- Historical data analysis
- OEE data acquisition
- Cloud / edge integration
- Multi-site monitoring
Our Automation Engineering Workflow
Requirement Study
Process and operational requirements.
Engineering
I/O, P&ID and architecture.
Design
Software and panel engineering.
Development
PLC, HMI and SCADA programming.
FAT
Testing and simulation.
Commissioning
SAT, startup and handover.
Engineering Deliverables
I/O List
Complete digital and analog signal database.
Control Philosophy
Functional description and automation strategy.
Electrical Drawings
Power, control, termination and panel drawings.
Network Architecture
PLC, SCADA and industrial communication topology.
Alarm List
Process and equipment alarm definitions.
Cause & Effect
Interlocks, trips and operational response matrix.
Software Backup
PLC, HMI and SCADA application backups.
O&M Documentation
Operating and maintenance documentation.
Inside Modern Process Automation
Planning a Process Automation Project?
Whether you require automation for a single machine, process skid, utility system, production line or complete industrial plant, Neo Technologies can develop an automation architecture around your operational requirements.
Request Technical DiscussionProcess Automation – Frequently Asked Questions
What is process automation?
Process automation uses industrial controllers, instrumentation, software and communication systems to automatically monitor and control industrial processes.
What is the difference between PLC and DCS?
PLCs are widely used for machine, sequence and process control, while DCS platforms are commonly used for large continuous or complex process plants requiring distributed control architecture. The appropriate platform depends on the application.
Can you integrate PLC with SCADA?
Yes. PLCs can communicate with SCADA systems through industrial protocols such as PROFINET, Ethernet/IP, Modbus TCP, OPC UA and other supported communication technologies.
Can existing plants be upgraded?
Yes. Existing relay logic, obsolete PLC systems, old HMI systems and legacy automation can be evaluated for migration or modernization.
Can process data be monitored remotely?
Yes. Depending on plant IT and cybersecurity requirements, automation data can be integrated with secure remote monitoring, IIoT, historian and dashboard platforms.
Do you provide instrumentation integration?
Process automation can include pressure, flow, temperature, level, analytical instruments, control valves and other field devices.
Do you provide FAT and commissioning?
Projects can include software testing, panel FAT, site installation support, loop checking, SAT, startup and commissioning.
Which industries use process automation?
Process automation is widely used in water, chemical, pharmaceutical, food, textile, power, energy, oil and gas, manufacturing, utilities and other industrial sectors.