We all know the huge issue plastic is causing in our oceans today, but as it turns out this floating waste poses yet another danger: toxic heavy metals.
The Australian Institute of Marine Science (AIMS) is helping to sustain and restore damage to ecosystems due to a changing climate and microplastics contamination in the Great Barrier Reef.
Eurofins Scientific worked with PerkinElmer and Environmental Sciences, Inc. to optimizes production analysis of a wide range of samples from food and liquids to pharmaceuticals built on PerkinElmer’s NexION ICP-MS and the intelligent autosampling of ESI’s SC-FAST innovation.
Scientist undertakes historical assessment of the Tennessee River’s water quality with the help of PerkinElmer.
To help global regulators identify, quantify, and qualify microplastics in the waterways around the globe researchers are deploying PerkinElmer's infrared (IR) spectroscopy instruments.
With the rising incidence of dangerous compounds in drinking water, the ability to detect and analyze multi-elements in water is imperative.
Missouri University Science and Technology researchers develop new SP-ICP-MS methodology to test for the presence of nanomaterials in drinking water.
Amid a growing crisis, PerkinElmer’s rapid response protocol is helping labs keep up with the rising demand in testing water for lead.
Easy-to-use, web-based software platform improves efficiency and accuracy and provides users with near instant access to a world of environmental, regulatory, and business planning data.
Over 100 million people are exposed to heavy metals in drinking water.