About Alumor

Back To The Future

Great Scott! Alumor is zooming into the future to make safe drinking water as accessible as a flux capacitor. With our cutting-edge tech and global plans, we’re turning the impossible into reality. Roads? Where we’re going, we don’t need roads—just H2O for all!

The Past

Back in 2019, when hoverboards were still a dream, Alumor was founded by a group of visionary experts with a mission as bold as Doc Brown’s. Our electro optic reactor revolutionized water purification, and we’ve been innovating ever since. From the H2O Pro & H2O Mini to the H2O Flow, we’ve been pushing boundaries and making history.

Business Description

Alumor is a tech-product-based business with a clear vision and mission to ensure universal access to safe drinking water. Our main technology is an innovative water purification reactor that ensures safe drinking water in mission operations, disaster-stricken regions, and underserved communities. What sets us apart is our compact and portable design, equipped with advanced IP technology that provides unparalleled purification levels without the need for filters and portability by using low voltage requirements.

The Problem

Waterborne threats and the lack of universal access to safe drinking water pose significant challenges in mission-critical operations, disaster-stricken regions, and underserved communities. Alumor aims to eliminate these threats and ensure safe drinking water for all. The problem at hand is the inefficient deployment of essential resources, particularly clean water, which creates immense risks and challenges in water distribution.

In mission-critical operations, such as military deployments or disaster relief efforts, access to safe drinking water is crucial for the well-being and effectiveness of personnel and residents. Traditional logistics often fall short in providing timely and reliable access to clean water, leading to compromised health and compromised missions. The gravity of this problem cannot be overstated, as lives are at stake and the success of critical operations hinges on the availability of safe drinking water.

Disaster-stricken regions often face dire consequences due to limited access to clean water. In these areas, lack of proper sanitation infrastructure and contaminated water sources results in increased mortality for individuals affected by the disaster. Additionally, natural calamities disrupt existing infrastructure, making it even more challenging to provide essential resources and support to those in need.