Fluid measurements and management are poorly performed, require dedicated personnel and lack real time results
The problem - Fluid sensor function
Fluid measurements and management are poorly performed, require dedicated personnel and lack real time results
Measure single parameter
Require calibration
Lack accuracy due to fluid variabilities
Do not provide real time reading
No real time notification
Viscosity sensors are cost prohibitive
Operation disruption at high cost is unavoidable
High maintenance limited life expectancy
Why current fluid sensors fail
Lack of Accuracy and Precision
Fluids are complex by nature
vary in composition
Diverse environmental conditions create Instrumentation failure and errors
Calibration drift and uncertainties in measurement techniques
Fluid Variability
Variability in fluid properties, viscosity, density, and composition
Impacted by temperature, pressure, impurities, chemical reactions
Corrosive and toxic fluids
Provide data from a single point in fluid depth
Calibration and Maintenance
Essential to ensure accuracy and reliability.
Disrupts operation and increases operating cost due to downtime and product quality
Data Interpretation and Integration
Collecting vast amounts of data from various sensors is overwhelming
No connectivity
Integrating and interpreting data accurately requires data analytics tools and expertise
The problem - Fluid sensor Manufacturing
Limited Solution to industries
Partial Solution
A Fluid sensor is designed for specific industry and designated fluid
Each fluid property requieres a specific sensor
Cost and complexity
Viscosity and acidity sensor are complex and high cost
Customizing sensors for complex function is costly
Availibility
Due to high manufacturing costs specialized industry have no affordable alternative
Advanced sensors are out of reach to mid market companies
Data and analysis
OEM's do not incorporate advanced computing due to lack of resources
No comprehensive industry solution in current product offering
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