ENEOS Amenity provides the ENEOS Dry Ice Jacket, a personal thermal management system that uses dry ice sublimation for sustained, moisture-free cooling. This jacket effectively mitigates heat stress for workers in high-temperature environments, including those with explosion risks or high dust concentrations.
Funding
Funding not disclosed
Founders
Product
Problem
Workers in high-temperature environments face significant heat stress and reduced productivity due to the limitations of existing heatstroke prevention gear. Conventional solutions often fail to provide adequate cooling duration or are unsuitable for environments with specific safety requirements, such as those with explosion risks or high dust concentrations.
Solution
ENEOS Amenity offers the ENEOS Dry Ice Jacket, a personal thermal management system designed to mitigate heat stress in demanding occupational settings. This jacket utilizes the sublimation of dry ice to provide sustained, powerful cooling without generating moisture, ensuring a dry state for the wearer. It is engineered for superior cooling efficacy compared to gel packs or air-circulating systems, particularly in ambient temperatures exceeding 36°C. The jacket's design also allows for use in environments where fan-based systems are impractical or unsafe, such as explosion-risk zones or areas with heavy particulate matter.
Target Audience
The primary target audience includes industrial workers, safety managers, and procurement officers in sectors such as construction, manufacturing, and emergency services who require effective heat stress mitigation solutions for personnel operating in extreme thermal conditions.
Features
- Utilizes dry ice sublimation for continuous, high-capacity cooling, maintaining a dry environment for the wearer.
- Features eight integrated pockets for dry ice placement, optimized for effective heat dissipation.
- Constructed with flame-resistant outer fabric for enhanced safety in hazardous work areas.
- Available in a range of sizes (S, Free, LL, 4L, 6L) with a tailored fit to maximize cooling efficiency.
- Designed for use in ambient temperatures exceeding 36°C, offering superior performance over conventional cooling methods.
- Suitable for use in explosion-risk areas and environments with high dust concentrations, where fan-based cooling systems are not viable.
- Incorporates a design principle that leverages the cooling effect of blood flow through the hands by allowing users to place hands in the jacket's side pockets.