``` Karva ReShell Tech | Circular Biomaterials & Nano-Hydroxyapatite ```
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CHENNAI • INDIA CIRCULAR BIOMATERIALS

Turning Eggshell Waste Into High-Value Biomaterials.

Karva ReShell Tech is developing a circular biomaterials platform that upcycles organic eggshell waste into high-purity, bio-derived Nano-Hydroxyapatite (n-HAp).

Designed for opportunities across global oral care, biomedical and advanced biomaterial markets.

<100 nm Target / reported particle size
1.67 Reported Ca/P ratio
₹1.50 Cr Seed funding requirement
BIO-DERIVED n-HAp Nano-Hydroxyapatite
Ca/P 1.67
PARTICLE <100 nm
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A waste stream. A biomaterial. A scalable opportunity.

01
$120–150
Target export price / kg

Target pricing for high-grade bio-derived n-HAp in global markets.

03
>60%
Projected operating margin

Management projection based on planned production economics.

04
3+ Tons
Waste diverted / month

Projected eggshell waste diversion at planned operating scale.

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From an overlooked waste stream to a high-value material.

Industrial eggshell waste is a calcium-rich organic by-product that is frequently treated as waste rather than as a potential feedstock for advanced materials.

Karva ReShell Tech aims to create a circular pathway that recovers this resource and converts it into Nano-Hydroxyapatite — a calcium-phosphate material with established relevance across biomaterial research.

Our commercial focus is initially directed toward high-value oral-care and biomedical opportunities, with additional potential in cosmetics and advanced material applications.

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Low-cost feedstock. High-value material.

Our model is built around the conversion of a low-value biological waste stream into an engineered biomaterial.

01

Eggshel Waste

Industrial organic eggshell waste as calcium-rich feedstock.

02

Processing

Cleaning, purification and controlled material processing.

03

n-HAp

High-purity bio-derived Nano-Hydroxyapatite.

04

Global Markets

Oral care, biomedical, cosmetic and R&D applications.

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Engineering value from biological waste.

Our development pathway combines feedstock recovery, purification, synthesis and material characterization.

01

Feedstock Recovery

Sourcing and preparation of suitable industrial eggshell waste streams.

02

Purification

Processing the calcium-rich source toward a controlled material input.

03

n-HAp Synthesis

Controlled conversion into Nano-Hydroxyapatite.

04

Characterization

Material testing and characterization for quality and application development.

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Early technical validation supporting the platform.

Current development results reported by the company indicate successful formation of Nano-Hydroxyapatite with characteristics relevant to further scale-up and application development.

Detailed laboratory reports and characterization documentation can be made available during investor due diligence.

Ca/P
1.67 Reported Ca/P ratio
nm
<100 nm Reported particle size
XRD
Tested X-ray diffraction characterization
SEM
Tested Scanning electron microscopy
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Bio-Derived Nano-Hydroxyapatite

Nano-Hydroxyapatite is a calcium-phosphate biomaterial with relevance to oral care, biomedical research and advanced formulation development.

Bio-Derived Calcium Phosphate Nano-Scale High Purity
n-HAp
Ca₁₀(PO₄)₆(OH)₂

Nano-Hydroxyapatite

Bio-derived calcium phosphate material
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Designed for attractive material economics.

Illustrative management projections for the proposed initial production setup.

Metric Proposed / Projected Context
Initial Production Capacity 1,500 kg / month Planned pilot-scale setup
Target Export Price $120–150 / kg Target high-grade material pricing
Projected Monthly Revenue ₹80 Lakhs Management projection
Projected Operating Margin >60% Management projection
Projected Monthly Operating Profit >₹52 Lakhs Subject to scale-up execution

Financial figures shown above are management projections and targets, not guaranteed future results. Actual economics will depend on production yield, quality specifications, regulatory requirements, customer contracts, pricing, operating costs and market conditions.

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Multiple pathways for commercial development.

01
🦷

Oral Care

Potential use in advanced oral-care and enamel-focused formulations.

02
🧬

Biomedical

Calcium-phosphate biomaterial opportunities and biomedical R&D.

03

Cosmetics

Exploration of bio-derived mineral ingredients for cosmetic applications.

04
🔬

R&D Partnerships

Collaboration with formulation, research and material-development partners.

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Waste diversion with material value creation.

Our model seeks to connect organic waste recovery with the production of higher-value biomaterials.

At the planned initial operating scale, management estimates the potential to divert more than 3 tonnes of eggshell waste per month.

3+ TONNES Potential monthly eggshell waste diversion
♻ Circular Economy
🌱 Waste Valorization
🔬 Advanced Materials
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₹1.50 Crore

Approximately $180,000 USD

We are seeking seed funding to move from technical development into pilot-scale manufacturing, compliance and commercial market entry.

Discuss the Opportunity

Planned Use of Funds

01
Pilot Facility Facility setup, equipment and initial production infrastructure.
02
Regulatory & Quality NABL / ISO-related testing, quality systems and compliance.
03
Market Entry Product development, customer validation and commercial outreach.
04
Scale-Up Process optimization and manufacturing readiness.
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Building a scalable circular biomaterials company.

Karva ReShell Tech is currently at the incorporation and execution stage and is seeking aligned seed investors, strategic partners and industry collaborators.

Connect With Founder
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Let's discuss the opportunity.

For seed investment discussions, strategic partnerships, technical collaboration or business enquiries, please contact us directly.

WA
WhatsApp +91 95976 73348
KR
Company Karva ReShell Tech
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