Process insight.
Engineered from
the sample.
Analyzer selection, sample conditioning and instrumentation, considered together. Engineered around your process and measurement requirements.
Oil & Gas · Petrochemicals · Power · Steel · Pharmaceuticals
Analyzer and sample conditioning system — manufacturer equipment image.
Engineering experience.
A complete process perspective.
Amitis began in industrial automation and electrical engineering. Our focus today brings together industrial and laboratory analyzers, sampling and sample conditioning systems, and flow, level, pressure and temperature instrumentation.
Better measurement
starts with the sample.
Analyzer selection and sample quality are connected. We consider both as parts of the complete measurement system.
01 / PROCESS ANALYZERS
Industrial & laboratory analyzers
Equipment selection and supply based on the target components, measuring range, process conditions and operating requirements.
- Gas analysis and process composition monitoring
- Evaluation of measurement technologies
- Installation, calibration and maintenance requirements
02 / SAMPLING SYSTEMS
Sampling & sample conditioning
Review of the sample path from the process tap to the analyzer, to support representative, compatible and timely measurements.
- Sample pressure, temperature and flow control
- Filtration and moisture management for the analyte
- Materials selection and transport delay evaluation
Gas analyzer enquiries
Equipment enquiries are evaluated by model, technical requirements and project-specific supply conditions.
Brand names identify equipment enquiry areas and do not imply authorized representation.
Industrial Instrumentation
Four measurement disciplines to support process monitoring and control requirements.
Flow Measurement
FLOW
Flowmeter selection for liquids, gases and steam, considering the fluid and installation conditions.
Level Measurement
LEVEL
Local indication, continuous measurement and point level detection for tanks and vessels.
Pressure Measurement
PRESSURE
Transmitters, gauges and equipment for pressure and differential pressure measurement.
Temperature Measurement
TEMPERATURE
Sensors, transmitters and temperature assemblies selected for the operating service.
From process data to technical selection.
Define the requirement
Review datasheets, fluid composition, operating conditions and measurement requirements.
Evaluate the equipment
Compare technology, materials, measuring ranges and installation constraints.
Consider the whole system
Review the compatibility of the analyzer, sample path and operating requirements.
Before selecting
your equipment.
Practical starting points for defining a clear technical requirement.
What information is needed to select an analyzer?
Target components and concentrations, full sample composition, pressure, temperature, measuring range, required accuracy, ambient conditions and hazardous area requirements are important selection inputs.
Why does sample conditioning matter?
The sample should remain representative while its pressure, temperature, moisture and particulate content are compatible with the analyzer. Unintentional loss or alteration of the target component can change the measured result.
What determines system response time?
Transport volume and flow, conditioning component volumes, dead legs and the analyzer response contribute to the total delay. Response time should therefore be considered across the complete sample path.
Tell us about
your process.
Share your process data and equipment requirements for an initial technical review.
Useful information for an enquiry
- Datasheet or technical scope
- Fluid and target components
- Pressure, temperature and measuring range
- Quantity, location and project requirements
- For spares: model, order code and nameplate photo