At a university campus in Shenzhen, China, a 15-meter-high, 3000-square-meter slope has been successfully transformed into a thriving vertical ecosystem using Xponge® polymer matrix technology, achieving an impressive 95% plant survival rate and 90% three-year retention rate.
Project Overview
Located at the Shenzhen Polytechnic Liuxiandong Campus, this challenging slope greening project demonstrates how advanced polymer substrate technology can overcome traditional limitations in slope ecology restoration. The project covers approximately 3000㎡ across a 15-meter vertical elevation.
The JungleMat vertical greening system, featuring Xponge® polyurethane-based substrate, was selected for its proven performance in difficult growing conditions and its ability to provide instant vegetation coverage upon installation.
Technology & Performance Metrics
| Performance Metric | Value | Significance |
|---|---|---|
| Installation Height | 15 meters | High-slope installation capability |
| Coverage Area | 3000㎡ | Large-scale implementation |
| 3-Year Retention Rate | 90% | Long-term stability verified |
| Plant Survival Rate | 95% | Exceptional growth performance |
Technical Challenges & Solutions
Implementing vertical greening on steep slopes presents unique engineering challenges that our team successfully addressed:
- Safety Management at Heights – Rigorous safety protocols and specialized installation equipment
- Uniform Irrigation Distribution – Custom-designed drip and spray combination system
- Erosion Resistance – Xponge® matrix stable water retention properties prevent washout
- Long-Term Plant Health – Balanced nutrient delivery system ensuring sustained vitality
Outcomes & Industry Impact
With approximately 90% coverage immediately upon completion and full landscape establishment within months, the project has become a showcase for sustainable infrastructure design. The success has been recognized through the Ecological Restoration Excellence Award.
Consultation: For inquiries about slope ecological restoration solutions and Xponge® polymer matrix technology, contact our MiniJungle® professional team at info@minijungle.org