Resource Recovery
Recover oil, carbon products, steel wire, and syngas energy.
eSun Science Co., Ltd.
eSun PyroTec™
AI-Integrated Carbon Recovery Platform
Transforming Waste Into Energy.
Transforming Data Into Intelligence.
Transforming Infrastructure Into Sustainable Value.
Future Pathways: Waste-to-Energy • Carbon Recovery • Sustainable Aviation Fuel (SAF)
Global Waste Challenge
Waste is not the end of the story.
PyroTec™ is designed for modern waste-to-energy applications involving waste tires, plastic waste, biomass, and MSW.
Waste TiresPlasticsBiomassMSW
Why PyroTec™
From waste to recoverable energy and materials.
Waste→Pyrolysis→Oil→Carbon Black→Steel Wire→Syngas
Carbon Value Chain
Support carbon accounting and ESG documentation.
Scalable Architecture
Scalable system architecture from mobile demonstration units to future industrial-scale facilities.
Turnkey Delivery
EPC, commissioning, training, and operational support.
Sustainable Aviation Fuel (SAF)
Exploring future waste-to-fuel solutions for a circular carbon economy.
From Waste-to-Energy to Future Fuel
eSun is actively evaluating advanced waste-to-fuel pathways that may extend pyrolysis oil into higher-value fuel applications, including Sustainable Aviation Fuel (SAF), through future catalytic upgrading and carbon recovery technologies.
Technology Pathway
Potential feedstocks such as waste tires, plastic waste, biomass, and MSW may be converted through advanced vertical reactor pyrolysis into pyrolysis oil, followed by future refining and upgrading processes for fuel application evaluation.
AI-Integrated Carbon Recovery
The SAF pathway supports eSun’s long-term platform direction: resource circularity, carbon recovery, data intelligence, and scalable solutions for governments, islands, industrial partners, and ESG-oriented projects.
Waste Feedstocks→Vertical Pyrolysis→Pyrolysis Oil→Future Catalytic Upgrading→SAF Pathway
Note: SAF-related content represents eSun’s future technology evaluation and strategic development direction. Commercial fuel certification and production require further engineering validation, regulatory approval, and applicable aviation fuel standards.
AI Intelligent Plant Management
Not just a reactor. An intelligent operating platform.
J01–J10 integrates temperature, pressure, vacuum, gas, current, liquid level, weight, pH, cloud data gateway, and carbon accounting modules.
- Real-time industrial data acquisition
- Cloud gateway and remote diagnostics
- Carbon accounting and ESG data foundation
- Future predictive maintenance and digital twin expansion
Mobile 40ft PyroTec™
Transport → Deploy → Operate
Transportable
Containerized concept for relocation and rapid site deployment.
Deployable
Designed for site arrival, setup, connection, and readiness.
Integrated
Process, power, monitoring, and AI control in one system.
Remote-Ready
For islands, remote communities, disaster recovery, and temporary waste processing.
Product Outputs
Recovering value from waste streams.
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Pyrolysis Oil
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Recovered Carbon Black
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Steel Wire
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Syngas
EPC Solutions
Complete project delivery, not equipment supply only.
FeasibilityEngineeringProcurementConstructionCommissioningAI IntegrationO&M Support
AI Laboratory | 2027 Roadmap
Data today. Intelligence tomorrow.
The future AI Lab is planned as a controlled data and testing environment for feedstock analysis, carbon accounting validation, digital twin development, and AI model training.
Laser™ Technology
Precision sensing for intelligent infrastructure.
eSun Laser™ supports optical sensing, alignment, calibration, OEM integration, and future intelligent industrial systems.
About eSun Science
Advanced industrial intelligence for energy, automation, and sustainability.
eSun Science integrates PyroTec™ waste-to-energy technology, future waste-to-fuel pathways under evaluation, including Sustainable Aviation Fuel (SAF), Laser™ optical sensing, EPC delivery logic, and AI laboratory development.
eSun Science Co., Ltd.
PyroTec™ | SAF Pathway | Laser™ | AI Lab | EPC Solutions
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