Halliwell
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Regions
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Regions

Coordinated global services supported by experienced professionals across key markets.

Insights
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Insights

Expert analysis, industry perspectives, and technical guidance on emerging risks and complex loss trends.

About
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About

Learn about who we are: our culture, careers, community engagement, and global presence.

Training and Continuing Education

We offer a full range of training and seminars and can customize the experience to support your professional development needs, whether it be online or face-to-face spanning a few hours to a few days. Connect with us at experts@halliwellglobal.com to request training on these or any topic.

For CE credited requests, please allow 60 days. We are currently approved in TX, GA, FL, and CA.

General

  • Where Loss Becomes Learning: Control Points
  • Soft Skills in Claims Handling – Achieving the Best Outcome

Construction Services

  • Site Inspection Best Practices
  • ROM Development
  • Hail and Wind Effects on Low Slope Roofing
  • Large Complex Hail Loss
  • Determining Building Damage
  • Clerking
  • Hail Basics and Hot Topics
  • Implications of Commercial Roofing Concessions
  • Cost Escalation in Construction
  • Hail and Wind Damage Assessment: Best Practices

Engineering

  • Handling Complex Hail Loss Issues
  • Boilers and Machinery Failure Analysis
  • A Compendium of Failure Analysis
  • US Agriculture Claims Handling
  • Builder’s Risk
  • Gas Migration
  • Solar PV System Loss
  • Wind Energy Loss
  • Chillers
  • Hail-Caused Distress to Asphalt Shingles and Granule-Surfaced Mod Bit Membranes
  • Hail-Caused Distress to Steel Roofing Panels
  • Evaluation of Structures Post Earthquake
  • Lightning Damage Claims
  • Wind vs Water
  • Product Recall

Environmental Services

  • PFAS in the Aviation Industry and Airplane Accidents
  • IICRC S-500: Water Characterization and the Role of the IEP

Time Element and Delay Analysis

  • Time Element and Delay Analysis in Claims
  • Builder’s Risk

Fire Investigation

  • NFPA 921 and the Scientific Method
  • Understanding Fire Growth and Spread – The Basics of Fire Science
  • Fire Protection Systems – Post-Fire Analysis
  • The Use of Forensic Toxicology in Fire Death and Injury Investigation
  • Investigative Methods in Carbon Monoxide Poisoning Incidents
  • The Role of Alcohol and Drugs in Fire Deaths and Injuries
  • Pain and Suffering in Fire Victims
  • Occupational Safety and Health in Fire Investigation
  • Human Behavior: Identifying the Origin & Cause of Deaths and Injuries in Fires & Explosions
  • Smoke Detection Systems, Fire Modeling, and Fire Toxicology: Useful Tools in Fire Investigation and Reconstruction
  • Environmental and Health Impacts of Fire and Fire Suppression Activities During Large-Scale Fire Events