Sustainability
CO₂ Impact & Lifecycle
Carbon fiber mesh reinforcement delivers measurable environmental benefits across the full lifecycle of concrete structures.
Carbon fiber reinforcement (CFRP) enables slimmer, lighter concrete structures compared to steel, reducing overall material use and CO₂ emissions by 20–50% in applications like bridges and slabs.
Virtuous Cycle: Slimmer elements → less weight → less concrete and reinforcement needed → lower CO₂ footprint, offsetting CFRP's higher per-unit emissions (up to 10× steel per kg).
75%
Less CO₂ per unit of reinforcement
40%
Less concrete volume required
Zero
Corrosion — no maintenance coatings
100+
Year service life without repair
CO₂ Emissions (kg per ton of reinforcement)
Slab Thickness Comparison (mm)
Full Lifecycle Advantage
Carbon fiber reinforcement eliminates the corrosion cycle that drives maintenance costs in conventional concrete. No protective coatings, no cathodic protection, no patch repairs — resulting in dramatically lower lifecycle CO₂ and cost.
Production
–75% CO₂
vs Steel: Baseline
Maintenance
None required
vs Steel: Every 15–25 years
Service Life
100+ years
vs Steel: 50–70 years
Calculate Your CO₂ Savings
Use our interactive calculator to estimate the environmental impact of switching from steel to carbon fiber reinforcement.
Open CO₂ Calculator