Revolutionizing the textile industry through a circular and climate-positive system
Respectlife transforms the textile industry from a linear, polluting model into a circular, climate-positive system. By leveraging innovative polypropylene production, super-hydrophobic antibacterial finishes, and a closed-loop lifecycle, we deliver measurable, scalable solutions directly aligned with the goals of addressing climate change and reducing pollution.
Learn MoreUtilizing the Spheripol process for PP synthesis, reducing electricity consumption to 250-450 kWh/ton. Dry coloration completely eliminates the water-intensive dyeing process.
Intrinsic antibacterial properties without biocides. Eco-friendly maintenance with low-temperature washing (30°C) and biodegradable nano-detergent free from phosphates and bleaching agents.
Natural super-hydrophobicity prevents infections without contributing to antimicrobial resistance. Hypoallergenic properties and reduction of fibrils and dust. UV radiation protection.
Mono-material construction allows for 100% closed-loop recycling. Clean energy recovery through non-toxic incineration or conversion into clean hydrogen via pyrolysis.
Reduction in CO₂ emissions compared to cotton
Reduction in water consumption compared to cotton
Energy savings in washing
Textile waste to landfill
| Key Performance Indicator (KPI) | Baseline (Traditional Cotton) | Respectlife Project Target | Reduction |
|---|---|---|---|
| CO₂ Emissions (per kg fabric) | 8.1 kg CO₂eq | 1.85 kg CO₂eq | ~80% |
| Water Consumption (per kg fabric) | ~10,000 liters | < 1 liter | >99% |
| Energy for Washing (per cycle) | Standard (75°C) | Low-temp (30°C) | ~87% |
| Textile Waste to Landfill | 99% (EU estimate) | 0% (Fully circular) | 100% diversion |
| Chemical Discharge (dyes, agents) | High | Zero | 100% elimination |
Elimination of dye discharge and reduction of detergent pollutants protect marine biodiversity.
Contribution to the EU's forecast of 80,000 direct and 120,000 indirect jobs in plastic recycling by 2025.
Reduction in climate-amplified health threats through biocide-free antibacterial protection.
By replacing water-intensive cotton, our model alleviates pressure on aquifers in high-risk regions.