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DTSTART;VALUE=DATE:20260907
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UID:10000795-1788739200-1789775999@www.parsons.com
SUMMARY:Training | CASO In-Person (10 Days) | Sep. 2026 | Gov. Only
DESCRIPTION:Overview\nCASO™ instruction by Parsons Technical Operation Group delivers focused training in open-source research\, teaching participants to safely leverage publicly available information (PAI) through advanced\, secure research techniques. \nThis ten-day course teaches teams the skills needed to navigate and use the digital landscape to gain an informational advantage. Students conduct iterative assessments of their digital footprint while safely discovering\, synthesizing\, and analyzing PAI data. PAI research helps to identify risks to personnel\, reputation\, assets\, and supply chains. Available online or in person\, the course features secure digital research\, iterative footprint assessments\, and open-source research methods. Content can be customized to client needs\, ensuring relevant and actionable insights are effectively reported. \nDelivery\nOur In-person CASO course can be taken during a scheduled open enrollment session or can be taught by our Mobile Training Team (MTT) at your location. While open enrollment offers an excellent online live learning environment\, Parsons provides a range of distinctive Programs of Instruction (POIs). We believe that in-person training\, whether conducted at our facilities or at the client’s site\, delivers optimal value to our customers. A contracted course tailored to your specific needs and mission requirements (Intel\, IO\, IBM\, Targeting\, Due Diligence\, IDM\, CI/HUMINT\, Civil Reconnaissance) provides the most modularity and the customer direct input into their proposed training program they would like for us to create. \nIn-Person Learning\nParsons’ TOG has developed a unique\, secure instructional platform utilizing US Government-approved encrypted solutions through Office 365 applications which are Tier C compliant. This broad set of global compliance and data protection requirements includes ISO 27001\, ISO 27018\, EUMC\, SOC 1 Type I & II\, SOC 2 Type I and II\, HIPAA and FERPA. The CASO training platform integrates multi-factor authentication and advanced information assurance controls\, adhering to industry best practices. With only a basic internet connection and a student computer\, the platform enables seamless\, high-impact training experiences while ensuring the highest levels of protection for all training sessions. \nCASO provides best-in-class certification standards to understand and exploit publicly available information (PAI) using advanced and safe research techniques for actionable insights and decision making. \nOur range of courses can be purchased a variety of different ways\, including Open Enrollment for individual students. This course is for government only. \nWe offer the option to join an open enrollment course\, or to create a contracted\, dedicated course to meet your organization’s customized operational requirements. For contracted training\, price quotes and open enrollment\, please send all inquiries to: Togtraining.parsons@parsons.us. \nCourse Dates\n\nMay 11 – 22\, 2026 (Augusta\, GA)\nSeptember 7 – 18\, 2026 (Herndon\, VA)\n\nCASO is USG only\, so contractors would not be able to take the course unless sponsored and paid for by a US government customer.
URL:https://www.parsons.com/event/training-caso-in-person-10-days-sep-2026/
LOCATION:Herndon\, Herndon\, Virginia
CATEGORIES:Cyber and Intelligence
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DTSTART;TZID=America/New_York:20260909T123000
DTEND;TZID=America/New_York:20260909T133000
DTSTAMP:20260902T203553Z
CREATED:20260902T140450Z
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UID:10000878-1788957000-1788960600@www.parsons.com
SUMMARY:Webinar | Management Of PFAS And Other Emerging Contaminants Using Catalyzed UV Technology
DESCRIPTION:Background/Objectives\nPer- and polyfluoroalkyl substances (PFAS) remain difficult to manage because conventional treatment often concentrates rather than destroys contamination. Catalyzed UV technology was developed to provide destructive treatment\, using UV-activated photocatalysis and photoreactor design to convert PFAS-associated organic fluorine to inorganic fluoride. This webinar highlights progress from bench-scale chemistry toward scalable treatment trains for PFAS and other emerging organic contaminants in real-world matrices. \nApproach/Activities\nPhotoreactor geometry and chemistry have been optimized\, and Catalyzed UV technology has advanced from benchtop operation toward a 10 liter per hour floor-scale system. Testing evaluated PFAS destruction across compound classes\, pH conditions\, inorganic and organic co-contaminants\, industrial wastewater\, aqueous film-forming foam reinstates\, and PFAS-enriched regenerants. Sorbent concentration/regeneration and tunable oxidation/reduction modes have also been evaluated to support practical treatment-train design. \nResults/Lessons Learned\nResults demonstrate broad PFAS applicability and confirm that kinetics and operating conditions are compound- and matrix-dependent. Catalyzed UV technology has achieved significant PFAS destruction in landfill leachate\, PFAS-enriched regenerant\, and complex wastewater\, as will be demonstrated by case studies. Tunable oxidizing and reducing modes also broaden application to other emerging and legacy organic contaminants. \nPresenter \nNatalia O’Connor Natalia is a research and development scientist with experience in PFAS remediation. She has six years of experience in environmental research and development\, focusing on the characterization and destruction of organic pollutants\, including PFAS \nMicrosoft Teams Meeting\nJoin on your computer\, mobile app or room device: Click here to join the meeting.\nMeeting ID: 280 888 328 545 56\nPasscode: kU9ZF9HK \nPlease visit the Parsons YouTube channel where video recordings of our previous\ntechnical webinars are available for viewing.
URL:https://www.parsons.com/event/management-of-pfas-and-other-emerging-contaminants-using-catalyzed-uv-technology/
LOCATION:Online
CATEGORIES:PFAS
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