🐖 Proprietary Swine Thermal Physiology Tool

CoolSwine Heat Stress Tool

Model the thermal load on your pigs — with and without radiant cooling — using our proprietary heat stress physiology calculator built on peer-reviewed swine research.

🌡️ Launch CoolSwine Tool Opens at tinyurl.com/coolswine

About the Tool

What CoolSwine Models

CoolSwine translates barn conditions into actual thermal load on the animal — then shows you exactly how much radiant cooling changes the outcome. Built on swine-specific thermal physiology, not generic animal models.

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Thermal Load Modeling

Input air temperature, humidity, and radiant conditions. The tool calculates the effective heat stress experienced by the pig — not just ambient temperature.

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Radiant Cooling Impact

See side-by-side how adding a Clearly Cool panel over each sow reduces thermal load — modeled from real swine physiology data and pilot measurements.

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Swine-Specific Physiology

Pigs thermoregulate differently than humans or other livestock. CoolSwine uses species-specific parameters derived from published swine research.

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Instant, Free to Use

No download or login required. Run scenarios for your barn conditions in seconds and share results with your team or veterinarian.

Tool Preview

Before & After Radiant Cooling

The tool visualizes thermal comfort zones for sows under typical barn conditions — then recalculates with a Clearly Cool panel overhead. The difference is immediate and quantified.

Without Radiant Cooling

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Elevated Heat Stress

Under typical summer barn conditions, sows exceed safe thermal comfort thresholds — reducing feed intake, reproductive performance, and litter outcomes.

With Clearly Cool Radiant Panel

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Comfort Zone Restored

A single 85W radiant panel overhead absorbs heat directly from the sow, pulling thermal load back within the safe comfort zone — without cooling the whole barn.

The Science

Built on Peer-Reviewed Swine Research

CoolSwine isn't a rule-of-thumb calculator. It models thermal physiology the way researchers do — accounting for metabolic heat generation, radiant exchange, convection, and evaporation specific to Sus scrofa.

Swine-specific metabolic and thermoregulatory parameters
Radiant Mean Temperature (RMT) modeling — not just dry-bulb air temp
Validated against field measurements from summer 2025 farrowing pilots
Linked to 10+ academic publications from the Clearly Cool research team
Developed at Princeton University and AIL Research

"Conventional temperature-humidity indices were designed for humans or dairy cattle. CoolSwine applies the correct physiological model for pigs — which thermoregulate very differently, especially in farrowing." — Dr. Eric Teitelbaum, Founder & CTO, Clearly Cool

Try CoolSwine Free — Right Now

Model your barn conditions and see how radiant cooling changes the thermal outcome for your sows. No login, no download.

🌡️ Open CoolSwine Tool tinyurl.com/coolswine