Our Technology

Synano is developing stable, highly reliable & thermally superior nano-coolants.

Why are nano-coolants necessary?

Advances in technology have resulted in more powerful electronic devices that generate more heat. Improper and non-uniform dissipation of this heat affects the reliability and performance of the electronics. Efficient cooling in limited space has become a major challenge for the industry. Current coolants are limited in their capacity to cool future electronics. Nano-coolants can solve this problem.

What are nano-coolants?

Nano-coolants are suspensions of nanoparticles in base fluids like water. These nanoparticles are chemically treated to develop stable suspensions with no agglomeration or sedimentation.

Applications

Replacing current coolants with nanofluids can be beneficial for a lot of markets such as

Electromagnetic machines

The acceleration of electro-magnetic machines such as linear motors, is highly dependent on the cooling. By the use of nanofluid cooling, these machines can move faster, thus increasing their productivity and reducing downtime. Higher throughput and lower downtime saves millions and gives competitive edge to machine manufacturers.

Data centers

About 30% of energy consumed by data centers is used for cooling the servers. Nanofluid cooling can reduce this energy consumption through efficient cooling and heat recovery possibilities, hence, saving money and the environment. Additionally, nanofluids increase the power density of data centers so that more servers can be stacked in the same space.

Electric vehicles

Electric vehicles need a heavy and powerful battery pack that produces a lot of heat. With nanofluids, the electric vehicles can cool their battery packs and electronics more efficiently than current coolants, making them more compact and lighter. The lifetime and the performance of the battery will also improve with nanofluids.

Aircrafts

With nanofluids, it will be easier to design efficiently cooled high power electronics for more electric aircrafts of the future. With better cooling, the heat exchangers can be made more compact and lighter, a pre-requisite for such aircrafts.

Consumer electronics

Advanced consumer electronics are becoming smaller and powerful. Nanofluid cooling can enable further miniaturization of these electronics. With nanofluids, your electronics will become smaller, faster and cooler. Nanofluids will also reduce the risk of an electronics failure and enhance their lifetime and performance.

Solar panels

Solar panels can be cooled more efficiently with nanofluids as compared to water, that is currently used. This will increase the overall efficiency of the solar panels and collectors thus generating electricity at higher efficiency and reducing return of investment on solar panels. Nanofluids will make it possible to design lighter and smaller panels and improve the lifetime of solar cells as well.

20% *

Maximal cooling improvement

>10

Types of Alumina nanocoolant

<100nm

Particle sizes

*Compared to water with laminar flow

About us

We envision a future where nano-materials become an integral part of everyone’s life. We want to use nano-materials to make the next step in cooling to sustain the technology growth.

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