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ipi singapore
Triple-Fluid Finned Double Tube Heat Exchanger

Triple-Fluid Finned Double Tube Heat Exchanger

This invention discloses a novel heat exchanger configuration, which efficiently transfers heat between three different fluids while having compact structure. Thermal processes involving heat exchange

Two Phase Stepped Fin Microchannel Heat Sink for Enhanced Heat Transfer and Reduced Pressure Drop

Two Phase Stepped Fin Microchannel Heat Sink for Enhanced Heat Transfer and Reduced Pressure Drop

This invention focuses on a technique to stabilize the flow boiling process within the micro/mini channels and achieve a better heat transfer performance, by modifying

Rounded Corner Oblique-Finned Microchannels for Single-Phase Liquid Cooling

Rounded Corner Oblique-Finned Microchannels for Single-Phase Liquid Cooling

This invention is modified from conventional straight fin microchannels by introducing periodic oblique cuts and rounded corners on the sharp edges of fin pieces. The

Energy Saving Desiccant Dehumidifier for Efficient Air Conditioning

Energy Saving Desiccant Dehumidifier for Efficient Air Conditioning

This invention is an air-cooled oblique-tube heat exchanger with plain fins. This invention offers greatly reduced air-side pressure drop by 14.4% for 1-3 m/s and

Air-cooled oblique-tube heat exchanger with plain fins

Air-cooled oblique-tube heat exchanger with plain fins

This invention is an air-cooled oblique-tube heat exchanger with plain fins. This invention offers greatly reduced air-side pressure drop by 14.4% for 1-3 m/s and

Header Design for the Planar Oblique-Finned Heat Sink to Mitigate Flow Migration

Header Design for the Planar Oblique-Finned Heat Sink to Mitigate Flow Migration

A novel inlet and outlet flow header for the planar heat sink with transverse and oblique channels (a.k.a. the oblique-finned heat sink in the literature).

Low-grade heat driven novel hybrid system to produce power and cooling

Low-grade heat driven novel hybrid system to produce power and cooling

A novel configuration of a system has been developed which utilizes ejectors in a unique way to produce power and cooling simultaneously by utilizing low

Novel Oblique-Finned Microchannels for Two-Phase Heat Transfer

Novel Oblique-Finned Microchannels for Two-Phase Heat Transfer

This is an invention modified from the conventional straight-finned microchannels via the introduction of oblique cuts at specific locations, leaving obliquely-shaped fins with secondary branching

An Energy Efficient Dehumidification System for Air Conditioning Application

An Energy Efficient Dehumidification System for Air Conditioning Application

In warm and humid climates such as Singapore, air conditioning systems are installed in most buildings for moisture removal from the air and lowering air temperature. This

Ultra Efficient Hybrid Cooling System for Ultra High Density Data Centres in the Tropics

Ultra Efficient Hybrid Cooling System for Ultra High Density Data Centres in the Tropics

The technology utilises a dry cooler instead of a cooling tower with computer room air conditioning (CRAC), eliminating the usage of the chiller and CRAC

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NUS, Cooling Science and Technology Singapore (CoolestSG)

21 Heng Mui Keng Terrace
Level 5, Singapore 119613

+65 6516 7175

coolestsg@nus.edu.sg

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