iNetZ

In the race toward carbon neutrality, i NetZ empowers industrial companies to digitalize their GHG emissions management. This AI-enabled sustainability platform streamlines the process of measuring, tracking, and reducing Scope 1 and Scope 2 carbon emissions in real time. By integrating with plant historians and aligning with GHG Protocol, SBTi, and ISO 14064-1 standards, i NetZ ensures data accuracy and regulatory readiness. Whether your goal is compliance, ESG reporting, or achieving science-based net-zero targets, i NetZ offers automated emission calculations, customizable reporting, and progress tracking—all within a secure, role-based platform tailored for complex organizations.

Salient Features

Automated GHG Calculations

Calculates Scope 1 & 2 emissions using real-time plant data and fuel bills.

Integration with Historian & ERP

Seamlessly pulls data from plant historians to reduce manual data entry.

Customizable Emission Factor Libraries

Includes EPA, DEFRA, IPCC with options to add custom operation-specific factors.

Real-Time Dashboards & Trends

Visualize baseline, reduction targets, and progress with intuitive analytics.

Differentiation

The chemical and process industries have traditionally relied on powerful historian and analytics platforms like OSIsoft PI System, Aspen InfoPlus.21 (IP.21), TrendMiner, Seeq, and Honeywell Uniformance for monitoring asset performance and detecting anomalies. While these platforms offer broad capabilities across data aggregation, visualization, and analytics, they often require complex setups and intensive configuration.

AlertX differentiates itself by offering a specialized, process engineer-friendly solution laser-focused on real-time deviation detection, intelligent prioritization, and flexible fine-tuning by process experts.

Unlike general-purpose analytics tools, AlertX provides rapid deployment, minimal complexity, and actionable insights that directly empower engineers to drive proactive troubleshooting and operational excellence. Unlike traditional systems that generate overwhelming alarms, AlertX intelligently filters and prioritizes actionable insights, helping engineers focus on what matters most.

Use Cases

Example Use Case: Refrigeration Compressor Deviation Tracking in an Ethylene Plant

Case 01: Ethylene Compressor Stage One Suction Temperature Deviation

Deviation Detected: 1st Stage Suction Temperature at -139.5°F
Observations:
- First Stage Flow increased to ~145 KLBH
- Heat Exchanger (Chiller) exceeded its permissible heat duty
Conclusion:
Load hike is affecting 1st Stage compressor operation

Case 02: Ethylene Compressor Stage Four Discharge Temperature Deviation

Deviation Detected: 4^th Stage Discharge Temperature at 111.5°F
Observations:
- Fourth Stage Temperature rose just above ~110°F.
- Heat Exchanger HE-168 breached permissible load, highlighted in red.
Conclusion:
Temperature rise is impacting 4^th Stage compressor operation. Possibility of load shifting of exchanger to reduce the load on 4^th stage can be evaluated.

Case 03: Propylene Compressor Stage Four Discharge Temperature Deviation

Deviation Detected: 4^th Stage Discharge Temperature at 152.4°F
Observations:
- Fourth Stage Temperature slightly exceeded ~150°F.
- Heat Exchanger HE-130 exceeded design heat duty.
Conclusion:
High temperature is stressing 4th Stage compressor operation. Load shifting of exchanger can be evaluated to reduce load on 4^th Stage.