Next Generation Concrete for a Sustainable Future!
Who We Are
We’re a start-up with a growing team of engineering researchers, engineers, and medical professionals driven by a dual focus on,
- Making the world a better place through sustainable innovations.
- Generating profitable returns for our investors.
Dr. Harshana Wattage, PhD
Founder, Principal Investigator & CEO
With over 15 years of industry experience and academic leadership, Dr. Wattage spearheads our R&D operations from initial concept to commercial deployment. Published researcher and recognized expert in advanced materials development.
What Problem Does Our Technology Solve?
With the rapid rise of electric vehicles (EVs) worldwide, the number of spent lithium-ion (LiFePO₄) batteries is expected to surge exponentially in the next decade. Improper disposal or recycling of these batteries poses a major environmental challenge, and releases toxic substances into ecosystems.
Simultaneously, conventional concrete production remains one of the largest contributors to global CO₂ emissions, reliant on intensive extraction of virgin materials (For instance, basalt, limestone, sand) and energy-intensive processes. Meanwhile, glass, battery waste and other hazardous industrial byproducts often end up in landfills, further straining our environment.
Our patented concrete technology tackles this double-edged problem by upcycling LiFePO₄ battery components, recycled glass, and hazardous industrial materials into a high-performance concrete mix. Here’s how,
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Mitigating EV Battery Waste
- As EV adoption climbs, spent LiFePO₄ cells pose a large-scale pollution risk. Our process stabilizes these battery materials in concrete, preventing toxic leachates and recapturing valuable resources that would otherwise be discarded.
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Reducing CO₂ and Resource Extraction
- Incorporating post-consumer glass, spent lithium batteries and recycled concrete aggregate significantly cuts down the need for virgin materials, lowering both environmental impact and material costs.
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Preventing Landfill Overflow
- Diverting waste from landfills is crucial to reducing soil and groundwater contamination. By locking hazardous materials into the concrete matrix, our technology helps keep harmful substances out of the environment.
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Promoting a Circular Economy
- Transforming waste, especially from EV batteries into robust construction material closes the loop on a critical resource stream. This creates new value from what was once an environmental liability, enabling a more resilient, sustainable supply chain.
In essence, our invention addresses the looming crisis of EV battery waste while also making concrete production cleaner, more resource-efficient, and more sustainable. By merging these critical objectives, we pave the way for greener infrastructure and a healthier planet.
Road Map
Foundation & Market Analysis Phase
- Conducting market feasibility study
- Identifying competitors & industry gaps
- Estimating demand, pricing strategy & scalability potential
Preliminary Research Phase
- Idea generation
- Idea validation
- Initial collection of raw materials, including waste lithium iron battery, waste glass, recycled concrete aggregate, and other components
- Development of preliminary mix designs for concrete formulations
- Preliminary concrete specimen casting
- Preliminary laboratory scale research testing and validation
- Preparing IP rights documents
- Preparing to submit initial patent
Securing Ownership of the Technology / Patents (Sri Lanka)
- Initial patent submission - Sri Lanka (Subimitted and patent pending)
Securing Ownership of the Technology / Patents (Australia)
- Patent submission - Australia (under review)
Research & Product Validation Phase
- Material Collection & Mix Design (In progress)
- Collection of raw materials, including waste lithium iron battery, waste glass, recycled concrete aggregate, and other components
- Development of optimized mix designs for concrete formulations
- Casting of Concrete Specimens
- Preparation and casting of test specimens according to standard curing procedures
- Concrete production and laboratory testing of:
- Compressive strength
- Flexural strength
- Splitting tensile strength
- Scanning Electron Microscopy (SEM)
- X-Ray Diffraction (XRD)
- Additional material durability testing:
- Freeze-thaw cycle tests
- Sulfate resistance tests
- Fire resistance evaluation
- Long-term sustainability assessment
- All tests will follow relevant AS/NZ, Eurocode, and ASTM standards for comprehensive validation.
Life Cycle Analysis
- Cradle-to-grave assessment of environmental impact
- Carbon footprint & resource usage evaluation
- End-of-life disposal strategies
- Comparison to relevant industry benchmarks & sustainability standards
White Paper Release to the Public
- Preparing the white paper documents
- Public release of white paper
Knowledge Dissemination Phase
- Conference paper publication
- Research paper publication in international journals
Patent Submission (USA and Other Countries)
Planning to secure patent in USA and other countries.
Scaling Up to Large Components
Preparing and testing large-scale beams and structural elements for commercial applications.
Investment, Production & Profit Sharing Phase
- Seed funding round for production scaling
- Public investors are allowed to invest in the business
- Construction of small-scale production facility
- Initial production and sales aimed at market entry
- Initiating brand awareness programs
- Profit Sharing Phase 1 (early investors)
Profit Sharing & Upscaling
- Upscaled marketing & strategic sales partnerships
- Expansion of production facility
- Profit Sharing Phase 2 and beyond
Commercialization & Market Expansion
- Large-scale manufacturing plant setup
- Partnerships with government, construction firms & eco-initiatives
- Regulatory approvals & certifications for wider adoption
- Licensing agreements for international expansion
- Exploring large-scale infrastructure projects
Wall of Fame
This wall of fame is a list of early supporters of our research to bring this research to a reality. Additionally, there will be a special physical wall in our production facility which displays all the early supporters.
| Name | Date | Message | Amount |
|---|---|---|---|
| Alex Turner | 12/06/2024 | "Innovation is the key to a greener future!" | "$50" |
| Maria Lopez | 15/07/2024 | "Proud to support climate-friendly tech!" | "$800" |
| David Chen | 20/10/2024 | "Sustainability is essential for Mars and Earth!" | "$1000" |
| Naomi Brooks | 30/11/2024 | "We only have one Earth; let's protect it." | "$500" |
| Martin Kim | 15/12/2024 | "Excited to see global impact from this research." | "$2000" |
| Olivia Grant | 07/02/2025 | "Green solutions are the future of business!" | "$2500" |
Support Our Patented Lithium Battery Waste Concrete Technology
We're on a mission to shape a sustainable future with our patented lithium-battery waste concrete, offering an eco-friendly and cost-effective alternative to traditional concrete. This innovation not only reduces hazardous waste but also enhances concrete strength and durability a potential game-changer in the construction industry.
While our public investment phase has not yet started, you can still help bring this innovation to reality by supporting our early-stage research. Your contribution directly accelerates critical R&D efforts, enabling us to refine our processes and scale faster toward commercialization.
Why Support Us Now?
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•Patented Technology: Groundbreaking solution with clear path to transforming the concrete industry
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•Eco-Friendly & Resource-Saving: Upcycles lithium battery waste, reducing environmental hazards
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•Early Involvement: Become part of the journey at pivotal stage driving green infrastructure
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•Future Returns & Global Impact: Technology with potential for significant market demand and profitability
Your donation big or small helps fund the early stages of development, from laboratory testing to pilot trials. Together, we can pave the way for a greener, stronger future.
Support Our Mission
Your contributions help us bring sustainable concrete to the world. Join us in making an impact!
If you have any queries, please send an email to info@LithCrete.com or use our contact form.
Invest in Our Patented Technology
We are pioneering a sustainable future with our patented lithium-battery waste concrete technology, offering an eco-friendly and cost-effective alternative to traditional concrete. This innovation not only helps reduce hazardous waste but also enhances concrete strength and durability, making it a game-changer in the construction industry.
By investing today, you support green infrastructure and early-stage innovation that has the potential for significant market demand. While sustainability is at the core of our mission, we are equally committed to profitability and delivering strong returns for our investors. Investors can expect an estimated 10% ROI*, though profits will most likely begin flowing after full-scale production starts. While we track every investment diligently, immediate profits may not always be possible. However, as we scale, we aim to deliver strong financial and environmental returns.
🔹 Why Invest?
✔ Patented technology with strong market potential
✔ Eco-friendly solution tackling battery waste
✔ Early-mover advantage in a growing sector
✔ Potential long-term profitability in a potential multi-billion-dollar industry