Page 18 - WAPTAG TIMES_9th Aug2024.indd

AI Breakthrough: new Alloy Discovered to Boost new methods for water generation in arid conditions,
Green hydrogen Production Efficiency including deep space. Source: Northwestern University
University of Toronto researchers used AI to find a new nature's Cleanup Crew: Bacteria Found to
alloy that improves green hydrogen production. This Efficiently Break Down Plastic Waste
new alloy showed significantly better stability in tests,
highlighting AI’s role in advancing renewable energy
technologies. Source: University of Toronto

MIT Researchers Create Revolutionary Filtration
Material to Combat Water Contamination

MIT researchers created a new filtration material from silk
and cellulose that effectively removes PFAS and heavy
metals from water. This material, which is cost-efficient
and antimicrobial, has potential for both personal and
municipal water treatment applications. Source: MIT
Researchers found that Comamonas bacteria can
effectively break down plastic waste into nanoplastics. This
WHO Takes a Stand: New Guidelines Addressing
Antibiotic Pollution in manufacturing discovery offers potential solutions for managing plastic
pollution, highlighting wastewater's role as a reservoir for
The WHO released guidelines on antibiotic microplastics. Source: Northwestern University
manufacturing pollution, stressing the public health risks
of unregulated antibiotic production. The guidance calls Innovative Cavitation Reactor Offers Promising
for pollution control measures to reduce drug-resistant Solution for PFAS Removal from Wastewater
bacteria and aims to inform upcoming UN discussions. Researchers at Oxford brookes University developed a
Source: WHO
hydrodynamic reactor using cavitation to remove PFAS
from wastewater. This eco-friendly method showed a
Indian Institute of Science Pioneers nanoparticle
Technology for Efficient Chromium Contamination 36% degradation rate within 30 minutes, promising a
Remediation safer and more sustainable approach to wastewater
treatment. Source: Oxford brookes University
Researchers at IISc developed a nanoparticle method to
treat chromium contamination in water. This technique Surprising Findings: PFAS Contamination
can remove up to 99% of harmful chromium, with Discovered in Urban Stormwater Biofilters
potential applications in heavily contaminated sites like
bellandur Lake. Source: IISc

new Synthesis Method for COFs: A Game
Changer in PFAS Decontamination Technology
Engineers at Rice University created a new method to
produce covalent organic frameworks (COFs) for PFAS
removal. This technique, which uses a continuous flow
process, reduces costs and enhances efficiency, offering
a sustainable solution to environmental contamination.
Source: Rice University A study found significant PFAS levels in stormwater
biofilters used for urban water treatment. The uneven
Groundbreaking Study Reveals Real-Time distribution of PFAS in these filters poses maintenance
nanoscale Water Formation for Potential Space challenges and emphasizes the need for secure
Applications disposal and addressing contamination in urban water
management. Source: Ohio State University, NCC,
Luleå University of Technology
A Stark Warning: Global Water Crisis Could
Lead to Massive Economic and Food Production
Losses by 2050

A report from the Global Commission on the Economics
of Water warns that a global water crisis could threaten
over half of food production and lead to an 8% GDP
Researchers at Northwestern University observed the loss by 2050. The crisis is attributed to poor resource
formation of nano-sized water bubbles from hydrogen management and climate change, affecting nearly three
and oxygen atoms in real time. This could lead to billion people worldwide. Source: GCEW

18 | WAPTAG Times AQUA PULSE: INDUSTRy NEWS & INSIGHTS