Salt air does not take days off. If your building is showing signs of concrete spalling, cracking, or exposed rebar, the deterioration will only accelerate without intervention. Hoyos Engineering provides engineering-driven concrete restoration — from assessment through remediation design — to protect your building's structural integrity and property value.
Condo associations with buildings showing visible concrete cracking, spalling, or exposed rebar
HOA boards that received remediation recommendations from a milestone or 40-year inspection
Property managers overseeing aging coastal buildings in their portfolio
Commercial building owners with parking structures, balconies, or exterior concrete showing deterioration
Boards proactively planning concrete maintenance before damage becomes critical
South Florida's coastal environment is one of the most aggressive in the country for reinforced concrete structures. Chloride-laden salt air penetrates concrete surfaces and attacks the steel rebar inside. As rebar corrodes, it expands — up to seven times its original size — exerting thousands of pounds of internal pressure that cracks and spalls the concrete from within.
This process is not cosmetic. It is structural. Balconies, columns, beams, parking garages, and exterior walls are all vulnerable. Left unaddressed, corrosion-driven deterioration compromises load-bearing capacity and creates safety hazards for residents and visitors.
The buildings most at risk are those 20 years and older along the coast — exactly the buildings now subject to Florida's milestone inspection requirements. In many cases, a milestone or 40-year inspection is what first reveals the extent of deterioration. When that happens, you need an engineer who can do more than write a report — you need one who can design the fix.


Step 1: Condition Assessment
We conduct a thorough on-site evaluation of your building's concrete elements — balconies, columns, beams, slabs, parking structures, and exterior walls. We use visual inspection, sounding, and where needed, non-destructive testing to map the extent of deterioration.
Step 2: Engineering Analysis
We analyze the assessment findings to determine the root cause, severity, and structural impact of the deterioration. This includes evaluating chloride penetration depth, carbonation levels, and remaining structural capacity.
Step 3: Remediation Design
We design a targeted restoration plan with sealed engineering specifications — not a one-size-fits-all approach. Depending on your building's condition, this may include concrete removal and replacement, rebar treatment or supplementation, protective coatings, cathodic protection, or other proven repair methods.
Step 4: Construction Oversight
We provide engineering oversight during the restoration work to ensure the contractor executes repairs according to our specifications. This protects the quality of the work and the longevity of the investment.
Comprehensive concrete condition assessment by a licensed Florida PE
Detailed documentation of deterioration (photography, mapping, measurements)
Root cause analysis (chloride intrusion, carbonation, moisture infiltration)
Sealed engineering remediation design and construction specifications
Repair method selection tailored to your building's specific conditions
Cost estimation support for board budgeting and reserve planning
Construction administration and quality oversight
Post-restoration documentation for your building's records
Concrete corrosion does not slow down on its own. Contact Hoyos Engineering today for a professional condition assessment and remediation plan — before a maintenance issue becomes a structural emergency.
Answers to the Most Common Questions For Property Owners, Contractors, and Condo Boards
Visible signs include cracking, spalling (chunks of concrete falling away), rust stains on concrete surfaces, exposed rebar, and water staining on balcony undersides. If your building is over 20 years old and within a few miles of the coast, a professional assessment is strongly recommended.
Costs vary significantly based on the size of the building, the extent of deterioration, accessibility, and the repair methods required. We provide detailed proposals after the condition assessment so your board can plan and budget accordingly. Multi-building portfolios may receive volume pricing.
Cosmetic repair addresses surface appearance only — patching visible damage without addressing the underlying cause. Engineering-driven structural restoration identifies the root cause of deterioration, designs repairs that restore structural capacity, and includes protective measures to slow future degradation.
Yes. Properly engineered restoration addresses active corrosion, restores structural capacity to affected members, and applies protective systems that significantly slow future deterioration. Proactive restoration is far less expensive than emergency structural repair.
Frequently. Many milestone and 40-year inspections reveal concrete deterioration that requires remediation. If your inspection engineer has flagged spalling, cracking, or rebar corrosion, we can design the restoration plan to address those findings.
Free initial consultation. No obligation. We typically respond within 24 hours.
Email: [email protected]
Phone: (954) 815-2941
monday: 8am - 5pm
tuesday: 8am - 5pm
wednesday: 8am - 5pm
thursday: 8am - 5pm
friday: 8am - 5pm
Copyright 2026. Hoyos Engineering. All rights reserved.