mDOTS-mRegzTM AirCompliance-Heat Exchanger 1-Pager September 2024
AirCompliance

Early Detection of LPG Leaks in Heat Exchangers

Timely Insights for Quick Response and Enhanced Personnel Safety
Case Study Corrosion Monitoring Degassing System-2
Corrosion

Early Corrosion Detection for Degassing System

Unlocking Insights into Corrosion to Reveal Elevated Rates and Lineup Correlations
mDOTS Case Study Fenceline Monitoring Frac Tank 2024 IMG-3
AirCompliance

Early Leak Detection for Fenceline Emissions

Mitigates Risk, Maintains Compliance within Threshold 
mRegzTM AirCompliance Case Study  - Remote Site Monitor-2
AirCompliance

Timely Emissions Mitigation for Remote Site

Minimizes Production Loss and Reduces Environmental Hazards
AirCompliance Case Study  - Toluene Fractionation
AirCompliance

Category 1 Emissions at Toluene Fractionation

Early Emission Detection Enables Quick Response
Case-Study-AirCompliance-1
AirCompliance

High-Pressure Leak

Early Emission Detection Enables 
Quick Response
Case-Study-AirCompliance-2
AirCompliance

Preventing Abnormal Emission Condition

Maintaining a Safer Work Environment via Faster Leak Response Times
Case-Study-Corrosion-Monitoring-2
Corrosion

Corrosion Monitoring for Alkylation Process Unit

Timely Insights to High Corrosion Rates and Performance During Early Phases of Life Cycle
Case-Study-Corrosion-Monitoring-1
Corrosion

Corrosion Monitoring for Process Unit

Timely Insights of Process Impact on Fixed Asset Health
M2-Blog-Corrosion-2

AIoT-Driven Deadleg Corrosion Monitoring: Future-Ready Asset Integrity Management

Permanently installed ultrasonic sensors, combined with AIoT and NDE 4.0, provide an excellent solution for material evaluation.
Source: Pipeline Technology Journal
Fenceline monitoring now required for toxic air pollution rules

Fenceline Monitoring Now Required for Toxic Air Pollution Rules

 
Advanced early detection enabled by Artificial Intelligence of Things (AIoT) enhances emissions monitoring by ensuring real-time data accuracy and quick issue resolution, improving environmental compliance and operational efficiency. 
Source: plantengineering.com
Corrosion Monitoring Techniques and Benefits of Newer Methods-1

Corrosion Monitoring Techniques and Benefits of Newer Methods

 
By leveraging the power of AIoT, industry can overcome the hidden challenges of permanent ultrasonic sensor solutions and achieve superior operational performance 
Source: ptqmagazines.digitalrefining.com
Top Three Objectives for Digital Transformation in Emissions Monitoring

Top Three Objectives for Digital Transformation in Emissions Monitoring

 
Explore how integrating these three objectives—risk reduction, safety assurance, and minimizing all-in-costs—into digital transformation strategies enables operators to effectively manage emissions and achieve success. 
Source: jpt.spe.org
Unleashing AIoT for Industrial Operators-1

Unleashing AIoT for Industrial Operators with a Right-to-Left Approach

 
AIoT holds the potential to disrupt and transform the industrial segment including the oil and gas sector, leveraging a distinctive right-to-left approach.
Source: oilmanmagazine.com
AI Operator-Centric Corrosion Monitoring

AI Operator-centric Next-gen Corrosion Monitoring

Refineries, chemicals, and other industrial facilities can benefit significantly from the use of new AI-driven solutions utilizing more sophisticated ultrasonic sensors for corrosion monitoring. 
Source: arcweb.com
Effective Corrosion Monitoring

Effective corrosion monitoring

 

Explore how effective corrosion monitoring at scale can prevent catastrophic events and ensure the safety of critical assets in the downstream industry.
Source: hydrocarbonengineering.com
Benefits of AIoT in Modern Oil and Gas Leak Detection

The Benefits of Artificial Intelligence of Things (AIoT) in Modern Oil and Gas Leak Detection

 

A pivotal component in obtaining reliable and actionable data for emissions reduction is the implementation of a continuous emissions monitoring solution spanning from the ‘first mile’ to the ‘last mile.’
Source: iiot-world.com
reduce leaks and emissions in oil and gas

How to Proactively Reduce Leaks and Emissions in Oil and Gas

Plant managers and engineers in process-focused industries are seeking ways to reduce fugitive emissions to provide a safer work environment and reduce their facilities’ environmental footprint
Source: plantengineering.com
mRegzTM AirCompliance Sensor-1

Growth, Community & Future-Proofing 

The team at Flint Hill Resources explains how keeping up with demand and community engagement is enhancing its services. 
Source: tankstorage.com
mPACT2WO AirCompliance Sensor for Emissions Monitoring-1

Flint Hills Resources’ Dillon: Safety, Stewardship Remains a Priority

The novel LDAR system enhances detection of abnormal conditions that could lead to occupational or process safety events, creating a safer work environment and improving data quality. 
Source: bicmagazine.com
Digital Refining Paper

Refineries Can Reduce Leak Repairs by Monitoring Emissions

Cutting oil refinery leak repair times by 80 percent through game-changing fixed, continuous emissions monitoring
Source: digitalrefining.com
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AI-Driven Leak Detection Best Practice Trends

Industrial organizations can gain advantage by pursuing operator-centric solutions for minimizing fugitive emissions and leaks
Source: arcweb.com
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The Road to Digital Industrial Operators

An operator-first approach to digital technology adoption and transformation is a more effective path to a higher value workforce