Refrigerant Tools & Calculators
Use practical tools to shortlist refrigerants, compare candidates, calculate climate impact and access engineering reference data. Each tool is designed to support research and screening before you verify equipment approvals, standards and local regulations.
Five practical tools for refrigerant research
Choose the tool that matches the decision you are making. Selection and comparison tools help narrow options; calculators and reference tools help quantify and verify technical context.
Refrigerant Finder
Build a shortlist using application, project type, current refrigerant, region, GWP target, safety preference and system scale. Results are ranked as candidate fits rather than presented as a universal “best refrigerant.”
Open Refrigerant FinderRefrigerant Comparison Tool
Compare two refrigerants side by side across GWP, safety class, refrigerant family, market role, applications and transition context before moving to equipment-specific engineering checks.
Open Comparison ToolGWP Calculator
Use refrigerant GWP data together with refrigerant quantity to understand the climate significance of a charge, release scenario or refrigerant transition.
Open GWP CalculatorCO₂e Calculator
Convert a refrigerant mass and GWP value into carbon-dioxide equivalent so climate impact can be compared on a common basis.
Open CO₂e CalculatorPressure–Temperature Chart
Access pressure–temperature reference data for major refrigerants and use it as a technical reference alongside manufacturer service information.
Open P–T ChartWhat are you trying to do?
You do not need to know the tool name first. Start with the decision you need to make.
Shortlist first, then compare the candidates that remain
The Finder and Comparison Tool serve different stages of the same decision. Use the Finder when the option set is still broad; use the Comparison Tool when the shortlist is already narrow.
Refrigerant Finder
Useful when you know the application and project constraints but have not yet decided which refrigerants deserve closer technical review.
Refrigerant Comparison Tool
Useful after two refrigerants have emerged as realistic candidates and you need a structured side-by-side review before equipment-specific validation.
GWP and CO₂e answer different questions
GWP is a relative climate metric assigned to a greenhouse gas. CO₂e applies that metric to an actual refrigerant quantity so different gases and charge sizes can be compared on a common climate-impact basis.
GWP Calculator
Use refrigerant GWP information to understand how the climate intensity of one refrigerant compares with another and how a change in refrigerant type affects a given mass.
CO₂e Calculator
Use an actual charge, leak or refrigerant mass to calculate its carbon-dioxide-equivalent value using the selected GWP basis.
Pressure–Temperature Chart
Pressure–temperature relationships are fundamental refrigerant reference data. Use the P–T tool to review saturation data for supported refrigerants, then confirm service values against the equipment manufacturer's documentation and the exact refrigerant composition.
Open Pressure–Temperature ChartTools are screening and reference aids — not engineering approval
Results from Refrigerants.net tools are intended for research, preliminary screening and technical reference. They do not replace equipment manufacturer approval, manufacturer service documentation, SDS, current standards, pressure-rated component requirements, applicable product or building codes, or local refrigerant regulations. A refrigerant that appears to meet a GWP or safety preference is not automatically suitable for a specific HVAC/R system.
Continue from a tool result to deeper technical research
A useful tool result should lead to better questions. Use the site's refrigerant, application, comparison, replacement, regulatory and safety hubs to validate the shortlist.
Need help interpreting a tool result?
Discuss refrigerant selection, low-GWP transition, HVAC/R applications, refrigerant sourcing, leak detection or OEM integration requirements.