Maple Materials
Convert CO2 into battery-grade graphite
Shyft Score
Directory quality rating
43/100
Quiet
Found in 1 source
Our take
The verdict on Maple Materials
Limitations
- No free tier
- No MCP/AI agent support yet
Request a demo to evaluate Maple Materials for your team.
See how Maple Materials fits your stackBenefits
Why teams choose Maple Materials
Turn your CO2 waste into revenue-generating battery materials
Reduce carbon footprint while producing valuable graphite for your supply chain
Generate detailed sustainability reports to meet compliance requirements
Access partnership opportunities to monetize your carbon capture investments
About
What is Maple Materials?
Maple Materials converts industrial CO2 emissions into battery-grade graphite and oxygen using direct capture technology. It enables manufacturers to produce sustainable battery materials while reporting carbon impact.
Key capabilities
CO2 conversion technology
Production of battery-grade graphite
Oxygen generation
Sustainability reporting tools
Partnership opportunities for carbon capture
At a glance
Category
climate
Department
Engineering
Pricing
Contact_sales (from contact_sales)
Website
maplematerials.com
Use cases
What you can do with Maple Materials
Reduce Scope 1 emissions by converting facility CO2 into graphite revenue
Supply sustainable battery-grade graphite for EV and energy storage manufacturers
Integrate CO2 capture with battery production to achieve carbon-neutral operations
Document carbon reduction and ESG impact for sustainability reporting
Best for
Battery manufacturersSustainability-focused companiesResearch institutions in climate technology
Pricing
Maple Materials pricing
Maple Materials starts at contact_sales
Starting at contact_sales
Ecosystem
Connected ecosystem
MCP servers, AI skills, and integrations that work with Maple Materials
Integrations
SalesforceHubSpotZapierMicrosoft Power BIAWSGoogle CloudTableauSlackTrello
FAQs
Frequently asked questions
Common questions about Maple Materials and its capabilities
Maple Materials is best for battery manufacturers seeking sustainable graphite sources, sustainability-focused companies aiming to reduce their carbon footprint, and research institutions involved in climate technology looking for advanced CO2 utilization solutions.
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