Masonry Wall Reinforcement -
Blast Loading Upgrade
A blast-damaged chemical facility was repaired and reinforced with carbon fiber systems, restoring structural integrity and meeting tight project timelines.
View PDFThe Problem
WALLFORCE Foundation Support Systems was tasked with repairing a chemical processing facility that suffered a catastrophic explosion. The blast caused significant structural damage, including cracking and weakening of masonry walls and a three story stairwell.
With the facility needing to return to operation quickly, the repair required a solution that could address varying levels of damage across different areas while meeting strict structural design requirements.
⚠ Explosion damage caused widespread structural weakening, requiring a fast, adaptable reinforcement solution to restore safety and operation.
The Solution
After engineering analysis and bond testing, cracks were sealed with high strength epoxy, and damaged areas were reinforced using a combination of unidirectional and bidirectional Rhino Carbon Fiber CFRP in various widths.
Surface preparation varied depending on existing coatings to ensure proper bonding. This flexible CFRP system strengthened the structure, met design requirements, and allowed repairs to be completed efficiently within schedule and budget.
Products Used
Project Images
Masonry Wall Reinforcement -
Blast Loading Upgrade
A blast-damaged chemical facility was repaired and reinforced with carbon fiber systems, restoring structural integrity and meeting tight project timelines.
View PDFThe Problem
WALLFORCE Foundation Support Systems was tasked with repairing a chemical processing facility that suffered a catastrophic explosion. The blast caused significant structural damage, including cracking and weakening of masonry walls and a three story stairwell.
With the facility needing to return to operation quickly, the repair required a solution that could address varying levels of damage across different areas while meeting strict structural design requirements.
⚠ Explosion damage caused widespread structural weakening, requiring a fast, adaptable reinforcement solution to restore safety and operation.
The Solution
After engineering analysis and bond testing, cracks were sealed with high strength epoxy, and damaged areas were reinforced using a combination of unidirectional and bidirectional Rhino Carbon Fiber CFRP in various widths.
Surface preparation varied depending on existing coatings to ensure proper bonding. This flexible CFRP system strengthened the structure, met design requirements, and allowed repairs to be completed efficiently within schedule and budget.
Products Used
Project Images