Honeywell PredictPipe v3.0

Honeywell’s PredictPipe helps assess corrosion rates and prioritize inspection sites in dry gas transmission pipeline systems. It enables users to proactively evaluate the likelihood of water accumulation and identifies critical zones using Dry Gas-Internal Corrosion Direct Assessment (DG-ICDA, NACE SP0206) procedures to prevent costly pipeline failures.

More info is here.

Honeywell Strategy-B v3.0.0.2

Honeywell has been involved in the development of expert systems for selection of materials for sour oil and gas field service. Phase I of this development effort culminated in the development of an expert system to characterize and select materials for Sulfide Stress Cracking (SSC). The Phase II of this effort produced an expert system for selection of Corrosion Resistant Alloys, now used by a large number of companies worldwide, namely, Socrates. The Phase III program aims at characterization of Hydrogen Induced Cracking (HIC) and SSC in steels and weldments in wet H2S refineries and sour pipelines:
STRATEGY - Selection of Steels and Steel Weldments for Resistance to HIC, SOHIC and SSC:

• STRATEGY-A - Sour Pipeline Operations.
• STRATEGY-B - Wet H2S Refinery Operations.

Honeywell Strategy-A v3.1

Targeted at upstream oil and gas environments, Honeywell’s Strategy-A is an effective tool for evaluating cracking of steels in wet H2S service environments. It enables significant cost and time savings by improving accuracy, estimating crack growth potential and reducing response time in materials selection and reliability assessment for sour pipeline operations.

Honeywell Risk-IT v1.0

Risk-IT automates Risk Based Inspection (RBI) to help users quantify and manage risks, while prioritizing equipment inspection to ensure optimum equipment service life and safety. Users can leverage its unique flexibility to address individual equipment service data as well as company-specific requirements for risk analysis and inspection planning.

Honeywell Socrates v8.0

Socrates is a comprehensive material selection system for corrosive oil and gas applications, enabling users to make consistent, optimized material selection choices based on real engineering corrosion data and rigorous materials engineering guidelines.

Honeywell UniSim Flare R390.1.0

UniSim Flare has been designed to facilitate the design and rating of flare and vent system piping throughout the entire design process. The program interface uses a flow diagram for direct visualization of the piping network. Detailed tables of all pertinent data and calculated results support this. UniSim Flare can model the piping system topologies most commonly found in flare systems.

UniSim Flare is the latest addition to the UniSim Design product family. This steady state flare and relief network simulator is used for designing, rating and debottlenecking flare or vent systems.

The following list describes the features of UniSim Flare:

• Ability to model convergent, divergent, and complex looped flare or vent systems for design, rating, or debottlenecking.
• Easy data import directly from UniSim Design case files for analyzing various relief scenarios.
• Ability to support calculations for single or multi-phase flow (including rigorous three-phase flash), and simple MW (molecular weight) or full compositional analysis.
• Multiple flow/pressure drop methods, including Isothermal Gas, Adiabatic Gas, Beggs & Brill, Dukler and Orkisewski.
• User-friendly graphical user interface and reporting methods.