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This FAQ provides an overview of the new EFSA Journal guidance document on the impact of water treatment processes on residues of active substances or their metabolites in water abstracted to produce drinking water.
Ensuring the safety and efficacy of active ingredients is crucial for environmental and human health. A critical part of this process involves understanding the environmental fate and behavior of the active substances.
Like any large infrastructure project, risk is inherent in CCS. Learn how to successfully manage risk for each carbon storage phase, from site selection to closure.
The possibilities continue to expand for the future of human-AI teaming. Here's what Battelle Technical Fellow Justin Sanchez had to say about what's next for healthcare and AI.
This month, we are spotlighting Michael Kaspari and his team's work assessing invertebrate size based on ecological factors, the Rocky Mountain Biological Laboratory's funding award to leverage NEON data to link forest health to hydrology and fire, and how NEON data are helping advance the field of ecological forestry.
When it comes to innovation, project teams encounter a host of unique challenges and unknowns. In these scenarios, a systems engineer's unique skills are vital to bring pioneering technologies to life.
A methodical and proactive approach to CCS risk management can help implementers minimize potential risks and maximize the odds of a successful long-term outcome.
The study of ecology is important at any scale, from the smallest mammals to continental carbon flux patterns. Dr. Kate Thibault understands this better than most.
Medical device development is all about making the right product as efficiently as possible. Learn how applying good systems engineering practices can make projects up to three times more likely to be successful.
The Egyptian agricultural sector is growing, offering potential for crop protection companies. Understanding the challenges of the market is the key to success in this new market.
After more than a decade of development, Battelle’s RavenStar™ Antenna technology is capable of transmitting 4x as much data as today’s cellular radios seen along the roadside.
Learn how summer interns at Battelle are were able to collaborate with some of the brightest scientists, engineers, technologists, and business professionals while gaining meaningful experience in their fields of study.
Carbon capture and storage (CCS) can help fossil fuel-fired power plants meet new proposed rules for carbon reduction. Maximize benefits and minimize risks with a strategic CCS approach tailored to the unique context of your plant.
Tunisia's agricultural sector is expanding, and with it, the demand for effective plant protection products (PPPs). Yet, navigating the intricacies of Tunisian PPP registration can be complex posing a critical challenge for companies seeking market entry.
This month, we are spotlighting how NEON data are used to understand the relationship between tree density and soil invertebrate populations, determine factors of soil organic carbon content, and identify a correlation between taxonomic diversity and spectral diversity.
Battelle is one of several organizations to lead part of The Defense Advanced Research Projects Agency (DARPA) ReSource program to turn waste into lubricants and other valuable products.
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