Firm News

News about our firm and from around the Subrogation World

SUBROGATING PIPE FREEZE, SPRINKLER SYSTEM FREEZE FAILURES AND PLUMBING LOSSES / $516,000 Settlement on Pipe Break Claim / Subrogation Targets & Tips

WindBarierPhoto

Once again, Ohio is gripped with plunging temperatures and resulting claims from pipe freeze losses.  Recently, RMI was pleased to present a program along with Lee Fire Protection on “Sprinkler System Freeze Failures: Causes, Investigation and Successful Subrogation.” The webinar was a joint presentation with PLRB and NASP.

Plumbing failures occur when water in a system freezes. Water expands when it changes from liquid to solid, and if there are not sufficient air pockets a pipe break will ensue. Often the failure is not evident until a thaw or warming in temperature, sometimes two to three days after the bitter cold spell ends. The resulting escape of water can be catastrophic. RMI has successfully litigated multiple cases involving freeze failures in sprinkler systems, along with other pipe freeze and other plumbing failures.

Recently the firm had a $516,000.00 pipe break water loss subrogation settlement at a commercial building in northern Ohio. The case was litigated by RMI Attorney David Matejczyk.

Other significant recoveries by the firm have involved six digit settlements on freeze failures involving contractors who deviated from the standards set forth in NFPA 13 (Standard for Installation of Sprinkler Systems, and NFPA 25 – Inspection Testing and Maintenance of Water-Based Fire Protection Systems).  RMI Attorneys  David Matejczyk and Glenna Roberts have litigated multiple large and small losses involving freeze failures, NFPA 13 and NFPA 25. The firm also this past year added to its property division Attorney Dustin Smith  a graduate of Ohio State’s engineering program whose background includes fluid and thermodynamics.

Continue reading
  2193 Hits

Copyright © 2023 Roberts, Matejczyk & Ita, Co., LPA - Ohio Subrogation. All Rights Reserved.
Website Designed & Developed by