Carbon Lite System // CLS
Circular Economy Solutions
Turning Waste Into Opportunities
Waste management reimagined, powered by high-performance engineering disciplines.
Molecular Upcycling
From Waste to Graphene
Researchers have confirmed that optimized biomass waste streams can synthesize high-grade structural graphene matrices.
This approach avoids destructive legacy methods that rely on fossil extraction, costly equipment, and hazardous acid streams.
Performance Vectors
Why Graphene?
Super-Strong
Mechanical performance can exceed steel by up to 200x at equivalent thickness.
Ultra-Thin
A true two-dimensional material formed at single-atom layer thickness.
Highly Conductive
Exceptional electrical and thermal conductivity for advanced systems.
Integration Deployment
Potential Applications
Converting biomass residues into graphene components accelerates sustainability transitions across key industries.
Electronic Devices
Transparent, fast-conducting layers for flexible interfaces, displays, and semiconductors.
Building Materials
Structural enhancement for higher-performance concrete and polymer composites.
Energy Storage
Improved active surface area for dense batteries, supercapacitors, and solar systems.
Ecological Matrices
Carbonation Leads to Sustainability
M01
Circular Communities
M02
Carbon Sequestration
M03
Waste Diversion
M04
Renewable Materials
Solid Carbon Assets
Why Is Biochar Important?
Biochar is a stable carbon matrix created from thermal processing of biomass residues. In soils, it supports structure and long-term nutrient retention.
It also locks volatile carbon into durable form, reducing decomposition emissions and supporting long-term sequestration outcomes.
Engineered Enhancements
Biochar+ Products
Beyond conventional agricultural use, CLS applies surface engineering to expand biochar into industrial material systems.
Core execution pipelines:
- Optimizing pore structure and surface mechanics.
- Compounding carbon feedstocks into application-ready formulations.
Decarbonizing Civil Engineering
Biochar+ Circular Materials
CLS sources post-industrial wood offcuts, bamboo residues, and reclaimed pallets and converts them into engineered building inputs.
Even partial biochar substitution in binders can deliver meaningful carbon reductions at construction scale.
Operational Directives
Circular Economy Project Architecture
Value Alteration
Deploy high-efficiency extraction and conversion lines that recover value from process residuals.
Systemic Operations
Deliver closed-loop planning, technical audits, and turnkey recovery infrastructure for manufacturing and logistics sites.
Human Infrastructure
Our Team
Pirry Leung
Founder & CEO
Pirry brings 15+ years of cleantech deployment experience, scaling green process innovation from laboratory pilot to industrial implementation.
Oliver Yeung
Founder & CTO
Oliver leads advanced photochemistry and carbon systems R&D. Former Senior Research Fellow at HKPolyU; PhD in Chemistry from HKU.
Office Hours
MON–FRI // 09:00 – 19:00
SAT–SUN // 10:00 – 14:00