Advanced Thermal Regeneration and Regulation SystemAT2RS With everyone focused on AI and power, we are focused on giving you power when it Name * First Name Last Name Organization Email * Phone (###) ### #### Do you have an industrial process that generates low grade heat, 250C or less? Yes No Unknown Power consumption wise my operation uses. 0-15kW 15-25kW 25-150kW 150-250kW 250-500kW 500-1000kW greater than 1MW Unknown What occurs to your low grade heat? Coolant Fluid is cooled and reused Coolant Fluid is expelled and not used Air is recirculated Unknown How is your industrial process thermal regulated? Direct Fluid Cooling Direct Air Cooling Mix of Air and Liquid Cooling Not regulated Unknown Is thermal regulation important to your process? Yes No Not Sure What methods of monitoring do you implement? Temperature Pressure Humidity Differential Pressure Power Consumption Do you implement an alert system? Yes No Unknown What alerts do you implement? Over/Under Temperature Over/Under Pressure Over/Under Humidity Over/Under Load What is the expected process inlet temperature? 0-25C 25-50C 50-75C 75-100C 100-125C 125-150C 150-200C 200-250C What is the expected process outlet temperature? 0-25C 25-50C 50-75C 75-100C 100-125C 125-150C 150-200C 200-250C Unknown Estimated Process flow rates. 0-50lpm 50-100lpm 100-250lpm greater than 250Lpm Unknown Would power re-generation be of interest? Yes No Unknown Do you have multiple sources of low grade heat? Yes No Unknown Would HVAC Preconditioning be of interest? Yes No Unknown Would a system that regenerates power, reduces power costs, increases efficiency all while creating a positive environmental impact be of interest? Yes - Regeneration, cost savings, efficiency gains and environmental impact are important No - We would rather spend more and save less Unknown Additional Notes Thank you!
