Industries We Engineer For

Pressure, differential pressure, flow, level and temperature instruments selected for the medium, the pressure rating and the hazardous-area classification — then installed, calibrated and loop-checked.

PLC, HMI and SCADA engineering for process units, utilities and packaged equipment, with control logic, sequencing and alarm handling configured to the process.

Online gas, moisture and liquid analyzers with sample extraction, conditioning and analyzer housings, integrated so analytical values reach the control system as usable signals.

Instruments, packaged-unit controllers, analyzers and existing DCS or SCADA brought onto common networks and protocols, with tag and alarm conventions kept consistent.

Preventive maintenance, calibration support, troubleshooting and upgrades planned around continuous operation and scheduled turnarounds.

Flow, level, pressure and temperature across treatment stages, reservoirs, distribution networks and water-steam cycles — including drum level and steam flow where boilers are involved.

PLC and SCADA for treatment plants, pump stations and balance-of-plant systems, including telemetry from remote sites to a central control room.

Water-quality analysis — pH, conductivity, dissolved oxygen, turbidity, residual chlorine — and flue-gas analysis, with sampling engineered for representative results.

Remote stations, packaged treatment units and plant control systems integrated into one supervisory layer with consistent communication and alarm structure.

Maintenance and analyzer calibration planned for assets that cannot easily stop, with records that support operational and regulatory reporting.

Temperature, pressure, level and flow on process vessels and clean utilities, plus room differential pressure and humidity — with hygienic connections and wetted materials that suit the cleaning regime.

PLC, HMI and SCADA for batch sequences, clean-in-place and utilities, structured around user access, alarm records and traceable process data.

Conductivity, pH and related liquid analysis for purified-water, CIP and effluent systems, with sampling points designed for hygienic installation.

Instruments, equipment controllers and supervisory systems connected so batch data, alarms and events are recorded with consistent timestamps and tag naming.

Calibration support and preventive maintenance with the records quality systems expect: as-found and as-left values, dates, tolerances and reference standards.

Pressure, flow, temperature and dew point on compressed air, cooling water and process utilities, plus the sensing that machines and lines depend on.

PLC and HMI engineering for machines and production lines — sequencing, interlocks, drives and operator interfaces — through control panels, retrofits and commissioning.

Where manufacturing includes heat-treatment, surface-treatment or effluent stages, gas and liquid analysis is engineered together with the sampling it needs.

Machine controllers, utilities and line equipment connected to SCADA or plant-level systems over industrial Ethernet and fieldbus networks, with a consistent data structure.

PLC and HMI troubleshooting, spare-parts assistance, retrofits and upgrades that keep ageing machine controls maintainable.

Temperature, pressure, flow and level instruments specified for heat, dust, vibration and abrasive media, with installation details that protect them.

PLC and SCADA for kilns, furnaces, mills, material handling and utilities, engineered for large I/O counts and electrically noisy environments.

Gas analysis at kiln inlets, preheaters and furnace flues — oxygen, carbon monoxide and related components — where sample extraction has to cope with dust and heat.

Section-level controllers, drives, analyzers and legacy systems integrated into plant-wide supervision, often across several generations of equipment.

Preventive maintenance, inspections and upgrades scheduled around planned shutdowns, with support planning for the measurements the plant cannot run without.