Problem
The amount of air
we breathe
and cost efficiency
An adult breathes in about 7.39 million liters of air per year, which is a staggering 15,385 times more than the amount of water we consume.
This highlights the immense amount of clean air we need throughout our lives.
Thus, reducing costs and improving the efficiency of air purification technology is not a choice, but a necessity.
Solution
Sustainability
powered by water
Swasher’s sustainability begins with its use of water.
Requiring only water replacement rather than filter changes,
it is a 100% sustainable air purification technology that produces no incineration waste.
At the same time, it boasts powerful performance, effectively removing ultra finedust, harmful gases, formaldehyde, and even particles as small as 50 nanometers.
Development
Safe and Convenient Automation Tech
Furthermore, Swasher provides a safe and easy-to-manage system.
Although it uses water, there is no need to worry about bacteria—water can be easily discarded and replaced, and internal cleaning is straightforward.
Our goal is to guarantee both convenience and safety at the same time.
Clean air for everyone
'Healthy Air for All'
Our goal is clear.
A world where everyone can enjoy healthy air — "Healthy Air for All."
Swasher is setting a new standard in air purification for a better life.
Turn Every Room into a Clean Room
our air purification technology aims to overcome these limitations and lead the way in the widespread adoption of cleanrooms
Problem Recognition
Why
do we need
sustainable air purification tech?
Traditional disposable filters are not a sustainable solution.
To remove just 10g of fine dust, filters weighing 10 times that amount (100g) are needed.
This not only leads to increased social costs in production, distribution, and disposal (through incineration)
but also results in the ironic outcome where 10g of fine dust becomes 110g of waste, including the filter mass.
This waste then demands further disposal or carbon capture,
perpetuating a cycle of resource strain and environmental impact.
_edited.png)
Fine dust 100g
Fine dust 100g Production of 1000g Packaging/distribution 1000g of filters Packaging/transport
Filter 1000g
+ fine dust 100g
+ plastic incineration
Wastewater Waster washing Incineration dust
treatment +Incineration dust 1100g
water 500g
+ultra finedust 100g
Wastewater treatment
Packaging and distribution cost
Disposable filters
Production costs
of filters of 1000g of filters +fine dust 100g to incineration facilities
CCUS More than 1100g
of CO2
A method that transforms easily removable pollutants into a state that is costly and difficult to remove
Global Export
Go Everywhere
Exclusive
contract
Branch
office
Head
office
Exclusive
contract
Hubs: South Korea, USA (Silicon Valley)
Expansion: Japan
Discussions: Canada, USA, Brazil, Mexico, New Zealand, Australia, Taiwan, China, etc.
