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DTSTART;TZID=America/New_York:20260806T144500
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UID:10000874-1786027500-1786032000@www.parsons.com
SUMMARY:Webinar | Preparing Water Utilities for Cyberattacks
DESCRIPTION:Overview\nJoin Parsons on Thursday\, August 6\, 2026\, for a timely webinar on how water and wastewater utilities can prepare for and respond to cyberattacks affecting critical water infrastructure. \nA recent coordinated cyberattack targeted operational technology at more than 30 community water systems in Minnesota. Several utilities experienced disruptions to automation and communications\, requiring operators to rely on manual procedures. Similar cyberattacks targeting critical water infrastructure have also been reported in other states. \nDuring this 45-minute webinar\, our panelists will discuss how utilities can reduce exposure\, detect activity targeting operational technology and programmable logic controllers earlier\, and recover faster when automation or system visibility is disrupted. \nWhat We’ll Cover\n\nWhat the Minnesota attacks reveal about real-world risks to critical water infrastructure\nCommon exposure paths\, including remote connectivity and vendor access\nFirst-hour incident response actions\, coordination\, and safe restoration principles\nQuick checks and hardening priorities to improve water utility cybersecurity\nMonitoring approaches that support security without disrupting operations\nLive questions and answers focused on attendee scenarios\n\nPresenters\nJUAN ESPINOSA\, PE\, PMP\, GICSP Juan is a licensed professional engineer at Parsons with more than 24 years of experience leading cybersecurity programs for critical infrastructure and government clients. As Parsons’ Vice President of Critical Infrastructure Cyber Security Products and Services\, he drives cybersecurity strategy\, develops innovative cyber solutions\, and leads business growth across the critical infrastructure\, defense\, and intelligence sectors. He is recognized for delivering award-winning cybersecurity modernization programs\, strengthening compliance\, and helping organizations enhance their cyber resilience. \nSCOTTY CARLISLE Scotty is a senior technical cybersecurity leader at Parsons with extensive experience securing AI- and machine learning-driven cloud products and SaaS platforms. A U.S. Army veteran\, he specializes in AI security\, secure systems engineering\, penetration testing\, compliance frameworks\, and integrating security throughout the software development lifecycle. He leads cross-functional teams in developing scalable\, cloud-native security solutions that support resilient infrastructure and responsible AI innovation. \nWho Should Attend\nThis webinar is intended for utility directors\, superintendents\, operators\, SCADA and controls professionals\, IT teams\, and system integrators supporting water and wastewater utilities. \nWebinar Details\nDate: Thursday\, August 6\, 2026 \nTime: 3:00 p.m. ET \nFormat: 30-minute panel discussion followed by 15 minutes of live questions and answers \nCost: Free \nTo Join the Webinar\nRegister today to join the webinar and learn practical steps your organization can take to improve its water utility cybersecurity posture. \nClick here to register for the webinar.
URL:https://www.parsons.com/event/webinar-preparing-water-utilities-for-cyberattacks/
LOCATION:Online
CATEGORIES:Cyber and Intelligence,Environmental,Global Infrastructure,Water and Wastewater
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DTSTART;TZID=America/New_York:20260812T123000
DTEND;TZID=America/New_York:20260812T133000
DTSTAMP:20260804T125039Z
CREATED:20260803T131507Z
LAST-MODIFIED:20260804T125039Z
UID:10000872-1786537800-1786541400@www.parsons.com
SUMMARY:Webinar | Uranium Mine And Mill Cleanup: Challenges\, Remediation Strategies\, And Lessons Learned
DESCRIPTION:Join us on August 12th\, 2026 for a technical webinar regarding Uranium Mine And Mill Cleanup: Challenges\, Remediation Strategies\, And Lessons Learned. \nBackground/Objectives\nUranium mine and mill cleanup presents unique technical and regulatory challenges compared to conventional mine reclamation. This presentation examines how differing regulatory frameworks\, radiological contaminants\, site conditions\, and cleanup objectives influence investigation strategies\, remedy selection\, and long-term stewardship of legacy uranium sites. \nApproach/Activities\nThe presentation reviews uranium decay products\, contaminants of concern\, cleanup goal development\, investigation techniques\, and remedial technologies. Four case studies representing state-led\, U.S. Environmental Protection Agency-led\, Potentially Responsible Party-led\, and Nuclear Regulatory Commission-regulated cleanup programs are used to compare regulatory approaches\, characterization methods\, remedial strategies\, and engineering considerations across a range of uranium mine and mill sites. \nResults/Lessons Learned\nSuccessful uranium site remediation requires integrating regulatory requirements\, geologic conditions\, radiological science\, engineering feasibility\, and long-term stewardship. The case studies demonstrate that no single remediation strategy fits every site and that understanding regulatory drivers and site-specific conditions is essential for developing effective\, defensible\, and sustainable cleanup solutions. \nPresenters\nKYLE VICKSTROM\, PE Kyle is an environmental engineer and subject matter expert in sediment and mine site remediation specializing in contaminant fate and transport assessments\, environmental statistics and geostatistics\, alternatives evaluation\, and remedial and restoration design at complex sites. \nEDWARD GREINER Edward is a Senior Geologist and Geochemist with Parsons. He specializes in environmental remediation\, abandoned uranium mine investigations\, radiological characterization\, geochemistry\, and remediation planning for federal\, state\, tribal\, and private-sector clients. \nTo Join The Webinar\nJoin on your computer\, mobile app or room device: \nClick here to join the meeting.\nPhone Conference ID: 212 202 824 092 361 \nPasscode: Ru7WC6KT  \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/uranium-mine-and-mill-cleanup-challenges-remediation-strategies-and-lessons-learned/
LOCATION:Online
CATEGORIES:Environmental
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DTSTART;TZID=America/New_York:20261014T123000
DTEND;TZID=America/New_York:20261014T133000
DTSTAMP:20260908T184158Z
CREATED:20260908T183913Z
LAST-MODIFIED:20260908T184158Z
UID:10000879-1791981000-1791984600@www.parsons.com
SUMMARY:Methods Of Reducing And Removing Fugitive And Waste Greenhouse Gas Emissions
DESCRIPTION:Background/Objectives\nGlobal climate change is a significant risk to global market stability and quality of life. Higher global temperatures can lead to extreme weather\, food\, and water shortages\, and increased outbreaks of infectious diseases. Mitigating greenhouse gas (GHG) emissions is an important part of long-term climate sustainability. \nApproach/Activities\nMajor sources or GHG emissions are orphan oil and gas wells\, landfills\, and industrial plants. Utilizing innovative technology\, we locate\, identify\, and quantify GHG emissions rates to aid prioritizing sites for remedial action. Our internal research and development team has developed and installed novel biofilter media that efficiently oxidizes methane to reduce its GHG potential. \nResults/Lessons Learned\nAerial magnetic surveys are the only feasible tool for locating undocumented oil and gas wells over a project area. Methane quantification is a critical component of ranking point source emissions to maximize project benefits\, and methane biofilters are an innovative solution to treat waste gases where remediation is feasible. \nPresenter\nKYLE METZ Kyle is a petroleum geologist and project manager at Parsons. He leads Parsons’ orphan well programs and serves on our internal research and development team\, where he markets our innovative methane biofilter technology. \nMicrosoft Teams Meeting\nJoin on your computer\, mobile app or room device: Click here to join the meeting.\nPhone Conference ID: 264 565 240 313 87\nPasscode: mm6qQ7iJ \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/methods-of-reducing-and-removing-fugitive-and-waste-greenhouse-gas-emissions/
LOCATION:Online
CATEGORIES:Energy,Environmental
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