Today’s Waste, Tomorrow’s Energy
TENX Energy Africa Pty LTD is a Proud Level 1
B-BBEE South African Company . At TenX
Energy Africa Pty LTD, we’re on a mission to
redefine waste tyre management. By
transforming waste into useful products, we’re
not only solving the problem of tyre disposal
but also contributing to a circular economy. Our
proprietary processes harness cutting-edge
techniques to extract maximum value from
waste tyres, minimizing environmental impact.
At TenX Energy Africa, our innovative tire
recycling process extracts valuable resources:
Synthetic Fuel: Transforms tires into
alternative energy for power and
transportation.
Recovered Carbon Black: Produces high quality carbon black for manufacturing.
Activated Carbon: Creates sustainable
solutions for water and air purification.
Steel Wire Repurposing: Recycles steel wire
for construction and manufacturing.
Contributes to circular economy and
environmental sustainability.
Benefits Using TenX Energy Africa(Pty)Ltd Technology
| Ultra Low Sulphur Fuel | Our innovative approach transforms waste tyres into high quality synthetic fuel. This not only provides a clean energy source but also reduces reliance on traditional fossil fuels, contributing to a more sustainable and eco-friendly energy landscape. |
| RECOVERED CARBON BLACK | Our forward-thinking methodology extends to the extraction of carbon black, The recovered carbon black (rCB) will be forwarded to a milling process for classification based on size. The milling process ensures that the average particle size meets the precise requirements outlined in the ASTM grade carbon black standards or the specifications necessary for the production of activated carbon |
| ACTIVATED CARBON | rCB undergoes size classification and contaminants are removed by suspending in water and treating with acids. Purified carbon is filtered, washed, and then activated using steam injection to increase surface area. The activated carbon, meeting specific grades, is sold as powder or granules |
| STEEL WIRE RECOVERY | Additionally, our innovative process ensures the steel wire extracted from tires is repurposed without damage, maintaining its integrity and cleanliness. This approach not only reduces the need for new steel but also promotes resource conservation. Committed to sustainable practices, we pave the way for a more environmentally responsible and resource-efficient future. |
Comparison between TenX Energy ULSD & Pyrolysis TDF
TDF (Tire Derived Fuel)
- Quality Variability: Pyrolysis oil quality may vary, affecting its usability and efficiency.
- Contamination Risk: It may contain contaminants from tire additives, impacting fuel performance.
- Emission Concerns: Combustion can still produce emissions of greenhouse gases and pollutants.
- Limited Applications: May have limited applications due to quality issues or compatibility concerns
TenX Energy ULSD Fuel
- Low Sulphur Naphtha: Our low sulphur naphtha offers a clean and efficient energy solution, ensuring sustainable operations while minimizing environmental impact.
- ULSD (Ultra Low Sulfur Diesel): Experience the power of progress with our ULSD, delivering high-performance fuel with ultra-low sulfur content, contributing to cleaner air and a healthier environment.
- LFO (Light Fuel Oil): Depend on our LFO for a reliable and versatile fuel solution, providing consistent energy for various applications while adhering to stringent quality
Fuel Specifications comparison
Comparison of Pyrolysis Technology
Common Pyrolysis Technology
- Operation: Heating waste tires in oxygen-free reactor to break down components.
- Temperature Control: Varied control with fluctuations during tire melting.
- Product Yield: Varies in efficiency, resulting in diverse proportions of carbon black, fuel oil, and by-products.
- Environmental Impact: Emissions, energy inefficiencies, and safety risks associated with open systems.
- Safety Concerns: Risk of explosions and accidents due to flammable gases and inadequate safety measures.
- Regulatory Compliance: Crucial for mitigating risks and minimizing environmental impact, but enforcement can vary.
TenX Energy Pyrolysis Technology
- Operation: Fully enclosed system with universal heating maintains constant temperature.
- Temperature Control: Precise temperature control eliminates cool-down periods, optimizing conversion.
- Product Enhancement: Utilizes hydrogen to convert TDP to ULSFO without wire damage.
- Yield & Quality: Produces 4 tons every 3 hours with consistent 38% carbon black and high-quality fuel oil.
- Environmental Benefits: minimizes emissions, energy use, and waste generation.
- Additional Value: Can further activate carbon black into high-grade activated carbon.
Product Recycling : Carbon Black & Activated Carbon
Recovered Carbon Black
- Derived from the pyrolysis of tires or rubber waste.
- Contains impurities and contaminants from tire additives.
- Limited porosity and surface area, reducing its adsorption capacity.
- Often used in low-value applications such as filler material in rubber products or coatings.
- May have limited effectiveness in adsorbing pollutants or contaminants.
TenX Energy Pyrolysis Technology
- Produced from TenX Energy Technology by chemical activation.
- High purity and controlled manufacturing process result in minimal contaminants.
- High porosity and large surface area, providing superior adsorption capacity for a wide range of substances.
- Widely used in water and air purification, gas adsorption, chemical processing, and medical applications.
- Exhibits excellent adsorption properties, effectively removing pollutants, toxins, and impurities from various media.
Directors
Deshun Deysel
Department: Chief Executive Officer
Linda Rossouw
Department: Chief Financial Officer
Georgia Kirkwood
Department: Head of Research and Development
Matsemela Tema
Department: Chief Operating Officer
Debbie Fortuin
Department: Marketing Director
Quewan Davids
Department: Technical