Blacktown City Council is pioneering safe, sustainable path lighting in Australia with two successful LuminoKrom® photoluminescent paint installations. These pathways demonstrate a commitment to innovative infrastructure that serves community needs while protecting the environment.
Smart Path Innovation
- Strategic Implementation - Successfully installed at two key bike path locations in Blacktown
- Infrastructure-Free Lighting - Full path illumination achieved without electrical infrastructure, reducing complexity and installation costs
- Surface Integration - Seamless application on existing surfaces with minimal disruption to path usage
- Environmentally Sound - Zero disruption to wildlife and local ecosystems, supporting council sustainability goals
- Weather Resistant - Proven durability in Australian conditions with consistent performance
Community Impact
- Expected Night Usage - Projected increase in residents using paths after dark, promoting healthier, more active communities through 24/7 accessibility
- Enhanced Community Confidence - Provides clear path visibility and greater feeling of safety for cyclists and pedestrians, encouraging more active transport options
- Zero Energy Costs - Eliminates the need for expensive traditional lighting infrastructure installation and ongoing power expenses, offering immediate and long-term savings
- Minimal Maintenance - Reduced ongoing maintenance requirements with 5+ year lifespan and simple upkeep schedule
- Budget Positive - Significant infrastructure cost savings compared to traditional lighting solutions
Performance Specifications
- Superior Visibility - Clearly visible up to 80 meters ahead, providing ample reaction time for cyclists and pedestrians
- Extended Illumination - Glows continuously for up to 10 hours after sunset, ensuring all-night path visibility
- High-Grade Luminescence - Class G certification (highest international standard) with +3000mcd/m² at 2 minutes and +80mcd/m² at 1 hour
- Safety Standards - Anti-slip surface
- Quick Recharge - Rapidly energised by natural or artificial light, maintaining performance year-round
