This research article highlights the need to improve menstrual hygiene practices and address urinary tract infection (UTI) prevalence through better facilities during sea invasions. Collaboration with local authorities to address related concerns is recommended.
Elsevier,

Digital Chemical Engineering, Volume 14, March 2025, 100217

This research introduces APAH, an innovative IoT-based autonomous real-time monitoring system designed for industrial wastewater management, particularly in developing countries like India. By integrating multi-parameter sensors and advanced technologies such as machine learning, APAH continuously tracks key water quality metrics and enables timely interventions through automated controls and alerts, demonstrating significant improvements in water quality at industrial treatment plants in Maharashtra.

Person typing on laptop with SDG Resource Centre displayed

In this round up of 2024, we share the Special Collections published on the SDG Resource Centre throughout the year, featuring more than 800 research articles and book chapters made freely available to advance knowledge and accelerate the achievement of the United Nations Sustainable Development Goals by 2030.

The UNGC's latest report on “Accelerating Innovation in Sustainable Finance” offers models for businesses on how to deliver financial returns and positive global impact – together.

Image of UNHCR tent using a LivingWater System guttering system on roof

The 2024 winners of the RELX Environmental Challenge, which supports innovative solutions to advance SDG 6 Clean water and sanitation, have been announced.

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The RELX Environmental Challenge 2024 shortlist has been announced and features four innovative projects that provide sustainable access to safe water and improved sanitation. 

World Wetlands Day 2026: Protecting Vital Ecosystems for a Sustainable Future

Salmeterols (SMTs) are persistent organic pollutants slowly degrading and accumulating in aquatic ecosystems, affecting aquatic life and posing several environmental and health challenges in water sources. This study investigates the adsorption of SMT from aqueous solutions using a novel nano-sized copper-based metal-organic framework (Cu-MOF).

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SDGs have been added on Scopus' author profile pages, appearing under the rebranded “Impact” section.

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