we use laser interferometry and artificial intelligence
to measure and analyse real world flow applications
Multiphase Well Surveillance
Monitor and record the multiphase flow rates of several wells in real time using a single instrument.
Water Injection Allocation
Injection volumes are an important factor for reservoir modelling and production optimisation
Flow Regime Identification and Mapping
Identify an map flow regimes, flow regime boundaries and flow conditions in real time
Process Stability
Monitor the stability of upstream process facilities and our AI will learn where instabilities manifest and begin to predict them.
Sand Monitoring
Monitor and predict changes to fine particles or solids production
Fluid Properties Library
Fluid characterisation, surface of state mapping and flow regime map forecasting.
Real Time Flow Surveillance
A single data collection and analysis system that can monitor fluid flow through an upstream facility from wellhead to export.
Water Breakthrough
Monitor water breakthrough and the dynamic well behaviours it can manifest.
Commingling and Competing
Train AI to understand how multiple wells commingle and compete at the manifold.
Production Optimisation
Enhance production optimisation strategies by leveraging more fundamental data with powerful artificial intelligence tools.
Gas Injection Allocation
Injection volumes are an important factor for reservoir modelling and production optimisation
Performance Forecasting
Train AI to make future predictions about the performance of an asset.
Wet Gas
Monitor the water content of wet gas wells to determine gas weight, liquid loading, liquid drop out or reduced production.
Fast and Agile Surveys
Need an answer quickly? Our kit can be shipped now and our surveys can be completed in a day.
Something else? Ask Us
If you have a particular challenge just ask,
we are happy to discuss any options.
3,200,000
DATA POINTS COLLECTED
PER SECOND, PER POD
1,600,000
Hz MEASURABLE RANGE OF
NANO-VIBRATION SPECTRUM
215 TB
OF INTERFEROMETRY DATA
COLLECTED AND PROCESSED
1,260,000
CPU HOURS OF DEEP LEARNING
COMPLETED
Two Services
POWERFUL
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QUALITY
BUILT WITH CARE
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CONNECTED
GET DATA WHERE YOU NEED IT
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SAFE
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ADVANCED
WORLD CLASS PHYSICS PACKAGE REQUIRES WORLD CLASS DAQ
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INTELLIGENT
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SECURE
PHYSICALLY AND DIGITALLY SECURE
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READY
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CONTINUAL IMPROVEMENT
ALWAYS COLLECTING DATA, ALWAYS TRAINING MACHINE COGNITION
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Installed Flow Surveillance Pod
A fixed installation for collecting and analysing flow data. A single pod can monitor dozens of wells.
Install one of our pods at your facility and gain real time multiplexed flow surveillance across any flow lines of interest on site.
The systems uses fibre optic cables to route an inherently safe laser beam to any measurement location.
Once installed the system will continue to learn on the job, becoming more accurate and gaining new features as it collects more data.
COMPACT
JUST 30KG OF KIT
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AGILE
JUST TWO MINUTES TO SET UP
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Flow Survey
A snapshot of your flow conditions, our point and shoot laser flow surveys are the most lightweight and agile on the market.
This portable kit takes less than five minutes to set up and start logging on any pipe size / spec and any fluid.
In a 12 hour shift offshore it is possible to survey six to twelve different flow lines. No scaffolding and no rope access is required.
This service is also available on stand-by notice and offers a rapidly deployable troubleshooting option when and where required.
16
WEEKS LEAD TIME TO BUILD
A FLOW SURVEILLANCE POD
5
NORTH SEA CLIENTS
30 kg
LIGHTWEIGHT FLOW SURVEY KIT
210
HOURS OF SURVEY DATA COLLECTED AND PROCESSED
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The Tech Stack
Data Design
Perhaps the most significant aspect of our technology is that the data itself is specifically designed for use with AI. There are other AI systems but they rely on 3rd party data or human readable data.
Optical MUX
Multiplexing our laser beam allows Exnics to monitor multiple flow lines with a common instrument, this has benefits for instrument error but also for the economies of scale.
Interferometry
Laser interferometry is used in deep space observatories and military satellites. These are the most sensitive instruments known to science.
High Velocity Data Acquisition
Our data acquisition system is built on the latest encrypted streaming technologies.
High Velocity Database
Our core database is built on powerful and highly optimised DB frameworks offering the speed and scalability required for continually training industrial AI models.
Learning Engine
The learning engine which is the beating heart of our architecture is a powerful HPC cluster.
Mapping the flow of oil, gas water and sand in steel pipework by using laser interferometry to harvest the power spectral density (PSD) of all kinetic energy leaking from the system.
Training deep neural networks to understand that PSD data in terms of rheological parameters.
Deploying those deep neural networks to perform on real world assets in real time.
Combining pico-sensitive interferometry with MHz sampling and the ability to securely stream that data from the oilfield to world class HPC resource opens up the industry to the AI revolution like nothing else.