Are lab water impurities compromising your research on environmental water pollution?

Discover 6 exciting research projects, helping us to understand and reduce the effects of
environmental water pollution:
Sludge sampling to optimise wastewater treatment
Heavy metal pollution data
Understanding seasonal variations
Aquatic acid and Antarctic air
More than just BBQ fuel
Bio clean-up

Learn how fellow researchers are contributing to the fight against water contaminants.
In our Going Green Whitepaper, discover six exciting research projects that are helping us to
understand and reduce environmental water pollution. We discuss the consequences of
environmental water pollutants, including how sources of water contaminants can be monitored,
understood and managed, and the need for ultrapure water to study this. You will learn about
environmental pressures on water quality and how to implement water pollution solutions in your lab.


What’s inside?
- Learn how AstraZeneca and the University of Portsmouth developed a solid-phase extraction method to rapidly determine drug-sludge interactions.
- Evidence from the University of Sindh on the influence of industrial effluent on silver and heavy metal concentrations in the freshwaters of Pakistan.
- Research at the Université de Nantes, France and Institute of Plant Protection, Israel demonstrating the disruptive effect of herbicides on crop parasites.
- Research conducted at an urban sewage treatment plant in Tunisia that highlighted seasonal variations in the removal of endocrine-disrupting chemicals.
- Investigations led by the University Ca’ Foscari in Venice on how amino acids produced at the sea surface become distributed as aerosols across Antarctica. - Lab bench and pilot plant filtration studies carried out by Technische Universität in Berlin to establish the effectiveness of activated carbon at removing organic micropollutants.
- An interdisciplinary investigation at the University of Sheffield to understand the mechanical properties of Rhodococcus bacteria used in the bioremediation of oil spills.


Key insights:
- The study of interactions of pharmaceuticals in wastewater with sludge to understand the environmental fate of drug substances.
- Monitoring methods to rapidly identify and monitor heavy metal pollutants in water.
- Methods to quantify metabolic disruption caused by environmental pressure.
- Seasonal variations in the efficiency of removal of hormone pollution from wastewater.
- How sea spray aerosols that affect the climate can be monitored.
- The impressive adsorptive potential of activated carbon for removing contaminants in wastewater.
- The power of hardy bacteria in wastewater treatment and bioremediation.
- How to ensure your lab has ultrapure water so your environmental research runs Smoothly.

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# ELGA 브랜드는?

80년 전통의 세계적인 초순수 제조장치 ELGA 제품은 국내에서 25년 전부터 판매되어 현재 대학, 연구소, 검사기관, 병원 등에 수천 대가 설치 운용되고 있습니다.
전세계 실험실, 연구실에서 사용되고 있는 ELGA 순수/초순수 제조장치의 기술력과 제품의 우수성을 영상을 통해 확인해 보세요.
본사 제품문의나 A/S문의는 아래의 연락처나 홈페이지 게시판을 통해 문의해 주시면 감사하겠습니다.

#제이엠코퍼레이션 www.jmcorp.co.kr
#연락처 * 본사 영업팀 02-2054-3650 (초순수 제조장치, 기타 실험연구장비 견적문의)
* AS센터 02-6112-2440 (소모품, 카트리지, 필터, A/S 문의)


#제이엠코퍼레이션 #실험실기자재 #ELGA #초순수제조장치 #PURELAB