Data centers need reliable power
New digital infrastructure depends on firm, local electricity. Power availability can influence site timing, resilience, and expansion decisions.
Local plastic. Local power.
We turn local waste plastic into onsite power.
Our proprietary waste plastic recycling pathway is designed to deliver resilient onsite electricity for data centers, constrained grids, and community infrastructure.
Why Now
Power demand is moving faster than new infrastructure can scale.
Firm capacity is hard to add quickly
Interconnection, turbine availability, capital requirements, and greenfield development can slow new power options for constrained loads.
Local plastic remains underutilized
The DOE reported that the United States recycled only 5% of its plastics.
Opportunity
Plastic to Data connects local feedstock, existing power infrastructure, and constrained power demand through one deployment model.
System Model
From low-value local plastic to onsite electricity.
Residual plastic aggregation
Municipal, commercial, or industrial residual plastic is assessed for volume, composition, handling, and logistics.
Oxygen-limited modular conversion
Container-sized equipment is designed to convert residual plastic into fuel for onsite power generation.
Existing power infrastructure
The system is designed around integration with existing site power equipment, controls, safety, and interconnection constraints.
Onsite electricity output
The system is designed to support onsite electricity near demand, with site fit shaped by host infrastructure and power needs.
Data center or constrained-grid load
Power is targeted near demand where interconnection timing, resilience, or capacity constraints create deployment pressure.
Pilot
Container-sized pilot near real infrastructure.
Our next milestone is a practical pilot designed to assess feedstock handling, conversion operation, power integration, emissions profile, controls, economics, and site fit before broader deployment decisions.
Pilot demonstration
Container-sized deployment
Repeatable rollout model
Investment Logic
Built for the deployment gap.
Plastic to Data links low-value local plastic with demand for resilient onsite electricity through container-sized deployments designed around existing power infrastructure and aligned site partners.
Designed around existing power assets
Integration with existing infrastructure may reduce the need to wait for entirely new greenfield infrastructure.
Container-sized deployment pathway
Container-sized units are intended to support repeatable rollout once site fit, feedstock supply, and local operating requirements are demonstrated.
A clear pathway to recycle plastic locally
The system is designed to convert local waste plastic into onsite electricity. Where it displaces diesel generation, it avoids emissions from that displaced diesel use.
Local feedstock plus constrained demand
Project economics depend on locally available feedstock, host-site infrastructure, and demand for timely power.
Team
The team built to execute.
Plastic to Data combines technical execution, partner development, and community engagement to align the right site, feedstock, power, and capital partners around a practical solution.
JH
Jacob Huppin
Chief Executive Officer
Co-Founder
MA
Dr. Matias Alvear
Chief Technology Officer
Co-Founder
IH
Dr. Ive Hermans
Chief Science Officer
Co-Founder
Contact
Start the right conversation.
The plastic waste problem is not new. Plastic to Data is bringing the right team and partner network together to supply local resilient power with local residual plastic.
Request Investor Materials
For capital partners evaluating the pilot pathway, commercialization plan, and milestone evidence.
Request Investor MaterialsDiscuss Pilot Fit
For power facilities or constrained sites with infrastructure, load pressure, or container-sized pilot interest.
Discuss Pilot FitExplore Partnership
For municipal, commercial, or industrial residual plastic streams that need a higher-value local pathway.
Explore PartnershipContact the Team
For data center, microgrid, or constrained-grid users evaluating local electricity options.
Contact the Team