Industrial Resource Recovery
Turning Waste Into
High Value Materials
We transform end-of-life tyres & plastic into reliable industrial materials through advanced recovery technology, consistent quality and responsible resource utilization.
- Output 01
- Alt-Fuel Oil — recovered industrial fuel
- Output 02
- rCB — recovered carbon black
- Feedstock
- End-of-life tyres
Turning Challenging Waste
Into Industrial Value
- Advanced pyrolysis technology for resource recovery
- Consistent product quality for industrial applications
- Responsible conversion of challenging waste streams
HIGHTEK URJA transforms challenging plastic and rubber waste into valuable industrial resources through controlled continuous pyrolysis. Our approach combines process precision, resource recovery, and product consistency to deliver alternative fuel oil and recovered carbon black for industrial applications.
Building Value Through Industrial Resource Recovery
HIGHTEK URJA converts challenging plastic and rubber waste into valuable industrial resources through controlled continuous pyrolysis. Our approach combines advanced processing, resource recovery, and quality focus to produce alternative fuel oil and recovered carbon black designed for practical industrial applications and more circular material use.
Carefully managed feedstock preparation supports stable processing and dependable availability for continuous resource recovery operations.
Controlled processing and quality monitoring help maintain consistent product characteristics across recovered fuel and carbon outputs.
Advanced continuous pyrolysis technology enables efficient conversion of challenging plastic and rubber waste into valuable resources.
Responsible resource recovery transforms difficult waste streams into useful industrial products while supporting circular material flows.
Industrial Resources
From Waste
Transforming waste into dependable resources for industry.
Product 01
Alt-Fuel Oil
Recovered Industrial Fuel
A drop-in substitute for furnace oil and diesel in industrial heating applications. High calorific value, low sulphur and consistent batch quality.
- Primary use
- Industrial heat
- Replaces
- Furnace oil, HSD, coal
- Industries
- Cement · Steel · Ceramics
- Form
- Liquid fuel
Product 02
rCB
Recovered Carbon Black
Engineered replacement for virgin carbon black, formulated to partner specifications. Each grade is tuned to the target application's performance requirements.
- Primary use
- Reinforcement, pigmentation
- Replaces
- Virgin CB (N-grades)
- Industries
- Tyre · Ink · Plastics · Coatings
- Form
- Pelletised solid
Industries We Serve
Our recovered resources support diverse industries seeking practical alternatives for energy requirements and recovered materials across demanding industrial applications.
Cement
Steel and Metal
Ceramics and Glass
Rubber and Tyres
Plastics
Power and Industrial Heating
Paints and Coatings
Chemical Industries
Engineered For Consistency. Built For Industry.
HIGHTEK URJA combines controlled pyrolysis, responsible feedstock management, consistent product recovery, and application focused thinking to deliver dependable industrial resources. Our approach connects technology with practical customer requirements, creating value from challenging plastic and rubber waste streams.
- Controlled Pyrolysis
- Consistent Product Quality
- Responsible Feedstock Management
- Application Focused Solutions
- Resource Recovery Expertise
- Reliable Customer Support
Consistency You
Can Rely On
Our quality approach focuses on controlled processing, careful monitoring, and product evaluation to maintain dependable characteristics across recovered fuel and carbon materials for industrial applications.
Feedstock Control
Careful material selection supports stable processing and consistent recovery throughout production.
Process Monitoring
Continuous monitoring helps maintain controlled operating conditions during thermal conversion processes.
Product Testing
Relevant product characteristics are evaluated to support industrial application requirements and consistency.
Quality Consistency
Controlled production practices help maintain dependable characteristics across recovered product batches.
Application Requirements
Product considerations are aligned with specific performance and industrial application needs.
Continuous Improvement
Process insights support ongoing refinement of quality, efficiency, and resource recovery practices.
Creating Value From Resources
We transform end of life plastic and rubber materials through controlled pyrolysis, recovering valuable fuel and carbon resources that support practical applications across modern industrial value chains and manufacturing sectors.
End-of-Life Material
Carefully sourced end of life plastic and rubber waste enters recovery.
Resource Recovery
Controlled pyrolysis efficiently converts challenging waste into recoverable industrial resources.
Industrial Materials
Recovered fuel and carbon materials are refined for industrial applications.
New Industrial Applications
Recovered materials re-enter industrial value chains through practical applications across sectors.
Where Our Materials Create Value
Our recovered fuel and carbon materials support diverse industrial applications, helping businesses integrate practical alternatives into established production processes.
Industrial Heating and Thermal Energy
- Industrial Heating
- Furnaces
- Boilers
- Cement
- Ceramics
- Steel
Compounding, Pigment and Filler Systems
- Tyres
- Rubber Products
- Plastics
- Masterbatch
- Paints
- Coatings
- Inks