Caepipe is the first pipe stress analysis software on PC (1983), continues to be the preferred tool for static and dynamic stress analysis of piping systems of any complexity in any industry. With its world-acclaimed productivity-enhancing 3D modeler, Caepipelets you analyze for the effects of weight, pressure, temperature, earthquake, time varying and harmonic loads, among others, and interactively and iteratively design your system for optimum configuration in the shortest time. Caepipe also checks for piping code and guideline compliance (ASME, B31, International codes, API, NEMA) and can export data to select major plant design systems (AVEVA and CADMATIC currently). We offer many to import piping data from many platforms.

For surveyors and positioning professionals looking to achieve centimeter accuracy when working on the edge of their RTK infrastructure, perform sub-centimeter positioning, and/or provide the highest quality assurance to their customers, Carlson Software Inc. has developed the all new Carlson SurveyGNSS post-processing program. This simple, yet powerful data post-processing solution is tightly integrated into the Carlson field and office workflow. In keeping with the Carlson hallmark of interoperability with the greatest amount of GNSS hardware, SurveyGNSS is designed to accept GNSS data from any receiver in RINEX format. Furthermore, it will also accept proprietary GNSS data in an increasing number of manufacturer formats including NovAtel, Hemisphere GNSS, Altus/Septentrio, and Javad. Additional manufacturer formats will be added in concert with manufacturer cooperation and customer demand. Carlson SurveyGNSS will process GNSS observations in traditional static, "stop and go” (static-kinematic), and kinematic (moving) antenna positioning modes. The software provides a straightforward, workflow-oriented user interface, which includes an overview map and the observation files, computed vectors, and positions presented in fully functional spreadsheet-like grids.

AERMOD is a steady-state Gaussian dispersion model that represents the current state-of-science and promulgated dispersion model from the U.S. EPA. BREEZE AERMOD is an enhanced version of the EPA-approved AERMOD that provides modelers with the tools and functionality required to perform air quality analyses that help to address both permitting, regulatory, and nuisance issues as well as perform academic research. BREEZE AERMOD offers the most complete air quality modeling system available on the market today. No other application is used by more air quality professionals around the world. 

Key Features:
- Supports the latest U.S. EPA AERMOD executable version 12345.
- Integrates with the BREEZE Remote Modeling Service (BRMS) without leaving the program.
- Backwards compatible with U.S. EPA executables through version 07026.
- Streamlines NO2, SO2 and PM2.5 modeling for U.S. NAAQS.
- Models an unlimited number of sources and receptors.
- Models numerous source types including point / stack (vertical, horizontal and capped), area, volume, open pit, flare, BREEZE area line and EPA area line.
- Models numerous receptor types including discrete Cartesian grid, polar grid, and variable density grid.

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Successfully drilling challenging wells requires an in-depth understanding of the hydraulics during all phases of the operation. The drilling process is highly dynamic and complicated to model; thus, much of the dynamics have traditionally been neglected. However, with diminishing operational margins, the impact of dynamic effects is growing. Coupled with increasing well construction costs, modeling the dynamics becomes essential and strategically important.

Dynamic simulations are a key feature to replicate a real drilling operation and provide accuracy not possible with simpler steady-state models. Drillbench software provides a user-friendly tool that targets all drilling engineers involved in challenging wells. The software is built around the well-control workflow, covering pressure control, well control, and blowout control.

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SHEPHERD Desktop is a suite of programs for quantitative risk assessment. This software is designed to give the most accurate possible assessment of the risks and effects associated from a planned release, or a loss of containment scenario. No safety factors are included. When making an engineering design decision using the models herein, or assessing the consequences of a potential accident, it is up to you, the user, to make your own judgment as to applicability of each model, and how to use the results.