Oklahoma Disaster Restoration is a restoration contractor serving Tulsa, OK and nearby communities, handling water damage restoration, fire damage restoration, mold remediation, storm damage repair, flood cleanup, smoke and odor removal, biohazard cleanup, commercial restoration and reconstruction and rebuild for homes and businesses. The crew answers emergency calls around the clock, so flooding, fire or storm damage in Tulsa can be stabilized the same day. Property owners have rated them 4.7 stars across 145 Google reviews.
ESR Disaster Hero
Request pricing & availability
Talk to ESR Disaster Hero about your damage, timeline and insurance claim.
- 24/7 emergency dispatch
- Free on-site estimates
- No cost to contact this company
About
ESR Disaster Hero is a restoration contractor serving Tulsa, OK and nearby communities, handling water damage restoration, fire damage restoration, mold remediation, flood cleanup, commercial restoration and reconstruction and rebuild for homes and businesses. The crew answers emergency calls around the clock, so flooding, fire or storm damage in Tulsa can be stabilized the same day. Property owners have rated them 4.7 stars across 107 Google reviews.
Services
Property owners across Tulsa, Oklahoma turn to ESR Disaster Hero for professional restoration work handled from first call to final walkthrough. Core work includes water damage restoration, commercial restoration, fire damage restoration, and mold remediation, plus reconstruction, flood cleanup, and 24/7 emergency restoration, with each project managed by a dedicated lead technician. Rapid dispatch is a core part of the service — ESR Disaster Hero responds to emergency calls day and night to limit secondary damage.
Business highlights
- 24/7 Emergency service
- Open 24 hours
- Free estimates
- Locally owned
Coverage area
ESR Disaster Hero is based in Tulsa, Oklahoma and serves the greater Tulsa metro area and nearby OK communities. ESR Disaster Hero maintains local crews and equipment inside its coverage area so response times stay short even during peak demand.




