RePlastic Recycle builds repeatable, advanced technology recycling infrastructure that turns plastic waste into high-value materials to deliver measurable economic returns, environmental benefit, and creates community strength.
Empowering communities with AI-driven infrastructure that transforms plastic waste into opportunity.
The Problem: A Global Infrastructure Gap
Every year, global plastic production far exceeds the world's capacity for recycling. Standard, capital-intensive systems fail in regions lacking reliable infrastructure, leading to plastic leakage into the environment and lost economic opportunities.
Where Traditional Recycling Fails
Traditional recycling depends on large, centralized, capital-intensive facilities and dense logistics networks. These conditions do not exist in many regions. The result is a persistent infrastructure gap that RePlastic is designed to fill.
High Transport Costs
Shipping waste long distances is cost prohibitive and carries a heavy carbon footprint.
.svg)
Unreliable Utilities
Recycling machinery requires consistent high-voltage power frequently lacking in underserved areas.
.svg)
Lack of Scale
Traditional recycling economics require massive waste volumes that exclude smaller communities.
.svg)
Complex Maintenance
Traditional recycling systems depend on specialized parts and technicians, limiting where they can operate.
The RePlastic Solution
AI-Driven Recycling Systems
RePlastic Recycle designs modular recycling systems built for regions with limited infrastructure and capital. Our technology converts plastic waste into high-performance building materials and durable goods, generating local economic value while reducing pollution. Integrated solar power and water-saving features ensure scalable, resource-efficient deployment in emerging markets.
How It Works
01
Plastic In
Public accessible drop zone for plastic collection on site.
02
Sorting
Real-time identification using advanced optics and robotic technology.
03
Cleaning
Alternative energy, solar power, and water saving options offer off-grid capabilities for efficient cleaning and processing.
04
Materials Out
Turn-key systems produce durable, high value building materials and supplies.
Built For Under-Served Regions
Designed to answer the waste management crisis in areas lacking traditional infrastructure. Our system is optimized to be rugged for harsh environments and simplified for rapid deployment.
Standard Logistics
Ships efficiently in standard 40' containers.
Minimal Footprint
Small 2,400 sq ft area needed for operation.
Utility Independent
Capable of operating without traditional utilities.
Cost Effective
Cost-effective alternative to standard recycling facilities.
Environmental & Social Impact
RePlastic delivers measurable environmental gains while keeping material value and economic benefits local.
Environmental Impact
Per System • Projected Annually
2M pounds of plastic capture and processing
Plastic waste diverted from landfills, open burning, and marine environments.
3000 tons of CO₂ emission reduction
Emissions avoided through localized processing and reduced transport reliance.
Significant, measurable diversion from open dumping and burning
Lower environmental and public health risks in vulnerable regions.
Social & Economic Impact
.svg)
Local job creation
Sustainable employment through system operations, maintenance, and material handling.
.svg)
Reliable access to building materials
Locally made building materials readily available for every day use and recovery efforts.
.svg)
Community participation incentives
Reverse vending and collection programs generate revenue for local families.
Increased economic resilience
Economic stability is created for community growth.
Compounded Impact
50
Systems Deployed, Results in
100M
Pounds Plastic Capture
150,000
Metric Tons of CO₂ Reduction
When value stays local, communities become more resilient.
RePlastic systems are designed to strengthen local economies while protecting the environments they depend on.
Market Opportunity
A Global, Under-Served Infrastructure Gap
The demand for scalable waste-management and circular-materials infrastructure is accelerating across island nations, coastal regions, and remote communities. These markets face rising plastic waste volumes, high material import costs, and increasing regulatory pressure—without access to viable recycling or local manufacturing systems.
RePlastic addresses the growing market where traditional solutions are economically and operationally unworkable.
TAM
$27B+
Global demand for decentralized recycling, circular materials, and resilient infrastructure across island, coastal, and remote regions worldwide.
SAM
$670M
Priority regions where RePlastic’s modular systems are immediately deployable, including island nations, coastal communities, and infrastructure-constrained markets.
SOM
$10.6M
Near-term deployment opportunities driven by LOIs, pilot projects, and funded initiatives.
.svg)
Investment in RePlastic is capital aligned with social and climate impact for long-term profitability.
Download the Investor Deck
Traction & Validation
Seed round capital and commercial demand secured.
Non-Dilutive Capital Secured
$1.5M+ in non-dilutive grant funding
RePlastic has secured competitive, non-dilutive funding to support system development and deployment—validating the technology, regulatory readiness, and real-world applicability without equity dilution.
Institutional & Global Validation
International Investments Secured
Backed by US and EU Angel investor groups reinforcing RePlastic’s credibility as a scalable climate-tech infrastructure platform.
.png?width=84&height=106&name=Vector%20(1).png)
Momentum Toward Scale
Manufacturing and deployment roadmap underway
System design, manufacturing planning, and deployment logistics are already in progress—positioning RePlastic for rapid scale as capital deployment accelerates.
Our Solution In Action
Houston Methodist LOI
LOI from Houston Methodist Hospital System: Market validation for cost-effective customized recycling systems in the urban setting.
The RePlastic system is a market validated, capital-efficient platform gaining international traction.
Roadmap
.svg){kind=small}
2026-2027
- MVP achieved
- Increased plastic collection and sorting
- Regional expansion
- Manufacturing site planning
- First operational system install (St. Croix, US Virgin Islands)
.svg){kind=small}
2028
- Secure LOIs for 60 Systems
- Carbon/Plastic credits provider certification for compounding revenue
- Strategic coastal System deployment
.svg){kind=small}
2029+
- Transoceanic expansion, Global Scaling, Additional Manufacturing location for expedited system delivery
- Mature data-platform + real-time marketplace
Leadership Team
Steve Chmura, CEO and Co-Founder
Electrical engineer & infrastructure expert with deep experience in underserved communities.
Amy Bowler, COO and Co-Founder
Government/NGO partnerships; disaster preparedness & community impact.
Lacy Geddie, Co-Founder
Marketing strategist with global experience in customer engagement.
Jason May, COO of Production
30+ years in plastics manufacturing and industrial operations.
Monica Chitnis, CFO
Global finance leader with a JP Morgan background.
Anila Joy, CTO
25+ years in advanced AI, software engineering, and climate-tech innovation.