Super Inequality Purifier
According to WRI, 25 countries, where a quarter of the global population resides, face water
scarcity annually. Furthermore, as per the 2003 Third World Water Forum in Kyoto, 2.6 billion
individuals lack access to a verified sufficient water supply, which includes treated water. The ability
to purify water is crucial as it's directly linked to infectious diseases and food security, and it offers
a potential solution to water shortages. Typically, water is purified using sewage systems installed
in medium-sized factories or public facilities and is then recycled in various ways. However, in
developing countries with underdeveloped sewage infrastructures, implementing large-scale sewage
systems for water purification is not feasible. For such nations, small-scale, decentralized wastewater
treatment systems are essential. To solve this problem, there are claims that the superconductorbased magnetic separation system, enthralled by its applicability, is viewed as a promising solution
for small-scale distributed wastewater treatment, and research is underway to utilize it for the
removal of specific contaminants. The introduction of this water purification technology using
superconductors is anticipated to significantly alleviate water-related inequality issues.
According to the above graph, from 1950 to 1995, global domestic water usage increased
approximately threefold. This rapid increase, albeit concerning, especially exacerbates the risks of
water scarcity in developing countries. Superconductor-based water purification technology offers a
potential solution to this issue on a global scale, and notably in developing nations. This technology,
by enhancing water accessibility, can play a significant role in addressing water-related inequalities
in developing countries.
The application of superconductor-based water purification technology holds significant potential
to bring about transformative changes in developing countries from physical, economic, and
environmental perspectives. Through this technology, access to clean water can be enhanced,
providing opportunities for economic growth and greatly contributing to the sustainability of
agriculture and environmental protection. With these positive impacts, developing countries are
poised to play a more active role in the international community and start on a more equal footing
in competition with more developed nations. It's crucial to maximize the benefits brought by this
superconductor technology, ensuring that developing countries have a more significant role in
addressing global economic and environmental challenges.
Salehi, M. (2022). Global water shortage and potable water safety; Today’s concern and tomorrow’s
crisis. Environment International, 158, 106936.
Nishijima, S., Eckroad, S., Marian, A., Choi, K., Kim, W. S., Terai, M., ... & Izumi, M. (2013).
Superconductivity and the environment: A roadmap. Superconductor science and technology, 26(11),
113001.