🎆 Happy 4th of July from Eurofins Environment Testing! 🎆 Celebrate with us as we explore the fascinating chemistry behind the fireworks that light up our skies! Swipe through our carousel to learn about: - The Chemistry of Firework Bangs, Crackles, and Whistles - The Chemistry of Firework Pollution - The Chemistry of Firework Colors - The Chemistry of Sparkles Huge thanks to Compound Interest | Chemistry infographics for the fantastic infographics! Wishing everyone a safe and joyful Independence Day✨ #4thOfJuly #Fireworks #Chemistry #EnvironmentalScience #Eurofins #EurofinsEnvironmentTesting
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Why Climatic Simulation Matters? Is your product ready for the real world? ☀️❄️ At Envitest Lab, we use advanced climatic simulation to test your products' resilience against extreme temperatures, humidity, and other environmental factors. Why Choose Envitest Lab's Climatic Simulation? Unmatched Reliability & Durability: We push your products to their limits, ensuring they perform flawlessly in any climate, saving you money on warranty replacements. Enhanced Brand Reputation: Build trust with your customers by showcasing your commitment to quality through rigorous testing. Peace of Mind: Launch your products with confidence, knowing they can withstand real-world conditions. Envitest Lab: Your Partner in Quality Assurance Don't leave your product's success to chance. Contact Envitest Lab today and discover how climatic simulation can elevate your brand and ensure customer satisfaction. #climaticsimulation #durabilitytesting #qualityassurance #engineering #electronics #envitestlab
Envitest Lab offers state-of-the-art climatic simulation services to ensure your products are ready to withstand any environmental challenge to simulate real-world conditions and ensure your products' reliability and durability. For more info visit: https://lnkd.in/gHH2XBGa #EnvitestLab #ClimaticSimulation #ProductTesting #EnvironmentalTesting #NABLAccredited
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Where do contaminants go after a near-surface environmental spill? The release of non-aqueous phase liquids (LNAPL) results in associated risks that strongly depend on how these contaminants move and transform in the subsurface. Important aspects that affect these risks are: For how long do contaminants move? Where do they go? Which tools are available to characterize their transport? What drives contaminant movement? Gravity, hydraulic gradients, or surface tension-type forces? Different processes play changing roles at different stages of the release. It is important to understand these processes before a risk assessment can be completed and subsequent important risk mitigating decisions can be made. If you would like to gain insight into these processes, as well as the current and novel tools to characterize these processes, join us next Tuesday, June 4th at the 2024 Battelle Chlorinated Conference in Denver, Colorado, where we will be conducting a learning lab in this subject, titled: NAPL Like You Have Never Seen It: An On-Demand, Non-Destructive UV-Based HRSC Tool You are also welcome to check our other events, including a platform talk, a poster, or visit us at Booth 124.
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The Operator Digest is now available! This edition features my first article as the EOCP's Technical Specialist. "Enhancing Sustainability and Safety: A Deep Dive into Coquitlam’s Water Treatment Plant" Check it out!
To me, every single issue of the #OperatorDigest is special! This one, especially so as: 💧 We get to feature the amazing team at the District of Tofino’s new wastewater treatment facility. Article co-authored with Chris Kerman, AScT, PO, CWWP, Past-Chair of the Environmental Operators Certification Program Board of Directors. 💧There are write-ups on the interesting career journeys of Scott Goosen and Dean Scovill. 💧There is the first article by our Technical Specialist, Aron Engelhard. 💧We feature a Yukon University and Carleton University Co-Training program that I participated in to become an Operator. Co-authored by Lydia Marini Hoffmann, Alison Anderson, and Onita Basu, PhD PEng. Issue edited by me and Jules Solanki-Mróz, and compiled meticulously by Valeria Pérez, our Marketing Specialist. Check it out: https://lnkd.in/gDCRsTeg
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Are you a graduate student or #plastics researcher? Are you learning about the various methods folks have used to quantify plastics, and are you confused which method is the "best" for your project? This is for you! Over the past year, the #AdriftLab team (Dr Joby Hollis and I) have been working with a team of researchers (including Michelle Blewitt #AUSMAP and Brad Clarke) to develop a comprehensive guide for #microplastic and #nanoplastic #methods (sample collection and processing). The aim of these "field manuals" is to provide a state-of-the-science summary on how to undertake plastics sampling in a robust and repeatable way that ensures data quality and longevity. The manual has been published by the National Environmental Science Program #NESP and is free to download #OpenAccess here: https://lnkd.in/gzRmd54G
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Science? or Science Fiction? - Dumping chemicals in the ocean? Spraying saltwater into clouds? Injecting reflective particles into the sky? Scientists are resorting to once unthinkable techniques to cool the planet because global efforts to check greenhouse gas emissions are failing. These geoengineering approaches were once considered taboo by scientists and regulators who feared that tinkering with the environment could have unintended consequences, but now researchers are receiving taxpayer funds and private investments to get out of the lab and test these methods outdoors. https://lnkd.in/e766e9p4
Scientists Resort to Once-Unthinkable Solutions to Cool the Planet
wsj.com
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Strategic Operations Executive | Global Leader in Process Optimization & Organizational Transformation
Ozempic for the environment? "Dumping chemicals in the ocean? Spraying saltwater into clouds? Injecting reflective particles into the sky? Scientists are resorting to once unthinkable techniques to cool the planet because global efforts to check greenhouse gas emissions are failing… These geoengineering approaches were once considered taboo by scientists and regulators who feared that tinkering with the environment could have unintended consequences, but now researchers are receiving taxpayer funds and private investments to get out of the lab and test these methods outdoors." #geoengineering #climatechange #environmentalimpact #scienceandenvironment #societalimpact #economicimpact
Scientists Resort to Once-Unthinkable Solutions to Cool the Planet
wsj.com
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🧪 Wildfire Impacted Property Sampling: Tape and Wipe Methods 🧪 In California, accurate analysis of particulate matter from smoke impacted properties is crucial for understanding environmental impacts. Many experts rely on tape and wipe sampling, paired with Method M6602, to ensure precise results. 🌲🔥 Method M6602 provides a standardized approach for collecting and analyzing particulate matter from wildfire smoke, ensuring reliable data for environmental assessments. At LabMatch we connect you with top labs that specialize in these techniques, providing the data needed by property owners and insurers. 🌍🔬 #SmokeDamageSampling #EnvironmentalScience #MethodM6602 #LabMatch Follow LabMatch for more!
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Do you want to learn about chemical toxins in drinking water? You know, the toxins that made Erin Brockovich famous? Tune in to today's released episode! Thank you Hosea Santiago-Cruz from Carnegie Mellon University for joining me on the podcast and discussing such critical work you do in assessing and remediating PFAS in water and the environment. Plus a relatively huge history lesson as to why a family of chemicals so detrimental to the environment could be man-made. #environmentalscience #PFAS #newpodcastepisode
The newest episode of Stem From is here, and it centers around the incredible contributions made by Puerto Rican scientist and engineer, Hosea Santiago-Cruz! Come along as we explore the field of environmental engineering with Hosea, an NSF-GRFP Fellow and a bright 3rd Year Ph.D. student at Carnegie Mellon University. His research is game-changing, focusing on finding innovative ways to enhance treatment techniques and rid water of pollutants, especially the notorious "Forever Chemicals" known as PFAS. Find out how Hosea's innovative work is making the world a safer and cleaner place for all of us. Take advantage of this insightful episode! To listen now, click the link below. #StemFromPodcast #InnovationInAction https://lnkd.in/d8V6fhuK
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Do you want to know what your dioxin fingerprint is telling you ℹ️? Is it your source🕵️? Do you want to know what it looks most like in the scientific literature? Now you can... Upload your samples and have access to a literature library📚 that tells you what your sample looks 'most like'. This is JUST a guide... we do not guarantee this tool will find your exact match but it certainly helps to narrow it down. This is just one of the many forensic tools 🔍that are available to you when using the full package of data intelligence tools available at Statvis. ✉️Contact us to hear more about how Statvis can help you get the most out of your environmental data. #ChemicalFingerprinting #DataIntelligence #EnvironmentalInsights #EDIS
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CEO and Founder | Talent and Organizational Development Strategist and Leader I Leadership Development | Executive Coach I Facilitator I Speaker
Nature's Engineering Genius: Bio-Inspired Solutions for Crumbling Roads Our roads are crumbling under the pressure of more intense water, heat and ice cycles. In Central Texas, potholes that were efficiently repaired a week ago have opened up with the latest spring downpour. What if nature held the key to longer-term, effective solutions? This BBC article explores fascinating bio-inspired solutions like bacteria-based concrete that self-heals cracks. Imagine roads that mend themselves, reducing maintenance costs and environmental impact. ♻️ Nature is a master innovator, and civil engineers have the unique opportunity to learn from it and help lead us in new directions. Here are some questions to spark discussion: - Can we explore other bio-inspired materials for road construction? Think mushroom mycelium or spider silk composites! ️ - How can we leverage natural processes for road maintenance? Can bioswales or constructed wetlands help manage water infiltration? - Can we design infrastructure that coexists with nature, promoting biodiversity and mitigating the urban heat island effect? ☀️ We can move beyond simply adapting to climate change. We can use biomimicry to build a more resilient and sustainable future for our roads. What are your thoughts on the potential of nature-based solutions? #civilengineering #sustainability #climatechange #biomimicry #naturebasedsolutions P.S. The full article is here - Read in BBC Science Focus Magazine: https://lnkd.in/gz457_Sg
How bacteria and self-healing roads could fix our potholes — BBC Science Focus Magazine
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