BUILT FOR GAS UTILITY ENGINEERING
PLTB-U is purpose-built for utility providers managing smaller networks, focused asset footprints, and lean engineering teams.
If you need:
- Core hydraulics for distribution systems
- Defined diameter ranges and operating pressures
- Routine stress and wall thickness validation
- Pressure and hydrostatic testing documentation
- Standard regulatory support
PLTB-U delivers exactly what you use, without the expanded calculation libraries designed for complex transmission systems.
What You’re Getting With PLTB-U
Practical Engineering Confidence
Standardized calculations designed for utility pipeline workflows
Utility-Focused Calculations
A targeted calculation set built specifically for utility environments

Regulatory Alignment Without Complexity
Minimize compliance risk without adding operational burden
Structured Collaboration for Lean Teams
Centralize engineering calculations in one cloud-based platform

PLTB-U vs PLTB
PLTB-U is ideal if you:
- Operate a utility-scale gas or liquid system
- Work with pipe diameters up to 24″ OD
- Manage defined operating pressure ranges common to gas utilities
- Have a small engineering or compliance team
- Need consistent, standardized calculations
- Want to move away from uncontrolled spreadsheets
- Do not require the full 250+ calculation transmission library
- Prefer a cloud-based platform with no installs, no desktop software, and no internal IT dependency
PLTB remains the right solution if you:
- Manage complex transmission or multi-system pipeline networks
- Require access to 250+ liquid and gas engineering calculations
- Regularly perform advanced crossings analysis, including HDD and road, rail, and water crossings
- Design and evaluate custom or larger than 24″ OD pipeline systems
- Operate in higher pressure environments requiring expanded modeling capability
- Design and evaluate larger diameter pipe systems
- Run multi-scenario modeling across diverse asset classes and operating conditions
- Need expanded stress analysis, hydraulics modeling, and advanced engineering validation





