Focus: Building the Future of Carbon Conversion
PJKT 72 | Bench Scale prototyping
At PJKT 72, our immediate focus is the design and construction of a bench-scale prototype for our patented microwave plasma conversion system. This system is the technological core of our mission—to transform waste coal and plastic into high-purity synthetic graphite and graphene with dramatically lower energy consumption and environmental impact.
The bench-scale unit is not just a proof of concept; it is a critical step toward full-scale modular deployment. This prototype will allow our engineering and materials science teams to validate performance metrics, fine-tune process controls, and generate real-time production data for synthetic graphite output and rare earth element recovery.
Why it matters:
De-risking Commercialization: The prototype enables us to move from lab research to industrial engineering, reducing technical risk ahead of scaled manufacturing.
Material Verification: It confirms product quality, consistency, and purity across a range of feedstocks—critical for battery-grade graphite applications.
Investor and Grant Readiness: Demonstrating physical system performance is a key milestone for federal funding opportunities and institutional investment.
Modular Pathway: The bench-scale design informs the architecture for containerized, mobile plasma units that can be deployed at mines, landfills, or refineries.
Sustainable Impact: It proves that legacy carbon resources—once considered waste—can be efficiently transformed into strategic materials for the energy transition.
Backed by our exclusive license of University of Wyoming’s breakthrough plasma technology and supported by a team of industry veterans and scientists, PJKT 72 is building the future—one prototype at a time.
PJKT 72 | Synthetic Graphite and Graphene Production
PJKT 72 is pioneering a new era of carbon material manufacturing through microwave plasma technology that transforms waste coal and plastics into ultra-pure synthetic graphite and graphene. Our process offers a scalable, energy-efficient alternative to traditional methods—delivering battery-grade carbon products essential for energy storage, electronics, and clean infrastructure. With a focus on modular systems, critical mineral recovery, and vertical integration, we’re looking to transform aspects of the cmm supply chain.
PJKT 72 | Rare Earth Elements: Unlocking Strategic Materials Through Smarter Innovation
Rare earth elements (REEs) are essential to modern technologies—from electric vehicles and wind turbines to semiconductors and defense systems—yet current extraction and separation methods remain costly, energy-intensive, and environmentally challenging.
At PJKT 72, we are actively exploring ways to integrate rare earth element recovery into our microwave plasma conversion platform, leveraging the thermal and chemical environment of our reactors to selectively liberate and isolate valuable REEs from coal, ash, and industrial waste streams.
Our R&D efforts are focused on identifying energy-efficient pathways to REE separation that can complement or enhance existing extraction technologies, while lowering the overall cost and footprint of the process. By combining advanced materials science with intelligent reactor design, we aim to build a more sustainable, modular solution that can be deployed at or near the source—mines, landfills, or waste recovery sites.
Through this integrated approach, PJKT 72 is contributing to a broader national effort to reduce dependence on foreign REE supply chains and unlock the full potential of underutilized domestic resources.
PJKT 72 | MetWAVE Token: The World’s First Fractionalized Coal-Based Digital Asset
In a rapidly digitizing world where blockchain is reshaping finance, logistics, and ownership, PJKT 72 has introduced a groundbreaking innovation: the MetWave Token—the world’s first coal-based, fractionalized digital asset, backed by in-situ metallurgical coal reserves.
This token represents more than a novel financial instrument—it’s a direct bridge between traditional natural resources and the digital economy, enabling a new model for transparent, traceable, and compliant investment in carbon-based assets.
Why It Matters
Metallurgical coal remains essential to global infrastructure, steelmaking, and advanced material production—including PJKT 72’s own development of synthetic graphite and graphene. Yet historically, coal investments have been restricted to major industrial players or long-term commodity contracts. The MetWave Token changes that.
Through a secure, blockchain-enabled platform, qualified investors can now hold fractional ownership in the resource itself, under SEC Reg D and Reg S frameworks. This offers a compliant, asset-backed way to participate in the carbon economy without owning a mine or navigating legacy supply contracts.
How It Supports the PJKT 72 Mission
The MetWave Mine, located in the U.S. and containing millions of tons of high-grade metallurgical coal, serves as both a strategic feedstock for PJKT 72’s microwave plasma conversion technology and the underlying asset for the MetWave Token.
By tying token value to in-ground carbon reserves, PJKT 72 achieves three key goals:
Capital Access – Unlocks new forms of project finance for mining and technology deployment.
Supply Chain Clarity – Offers verifiable, tokenized tracking of material origin and ownership.
Investor Participation – Broadens access to resource markets for accredited and institutional investors in both domestic and international markets.
A New Layer of Supply Chain Transparency
MetWave Token isn’t just a funding tool—it’s a supply chain enabler. As PJKT 72 scales production of synthetic graphite, the token helps verify the origin, purity, and ownership trail of the carbon feedstock. This supports traceability demands from battery manufacturers, ESG investors, and critical mineral buyers looking to source materials responsibly.
By embedding blockchain at the resource level, PJKT 72 delivers something rare: a vertically integrated, digitally verified carbon supply chain—from mine to material, from token to transformation.
MetWave Token is more than a digital asset—it’s a blueprint for how legacy industries can evolve into transparent, decentralized, and globally accessible markets. And it’s just the beginning.
Proprietary microwave plasma technology licensed from the University of Wyoming is transforming coal and plastic waste into ultra-pure nano-graphite and graphene— critical materials driving the future of energy storage, electronics.
PJKT72 LAUNCHES METWAVE TOKEN TO REVOLUTIONIZE U.S. MANUFACTURING AND CLEAN-TECHNOLOGY INVESTMENT
PJKT72 LAUNCHES DUAL-TOKEN BLOCKCHAIN INITIATIVE TO DISRUPT
METALLURGICAL COAL AND CARBON MARKETS – Houston Company Introduces First-Ever Tokenized Coal Assets to Advance U.S. Clean- Technology, ESG, and Industrial Investment
**Apex 36 is an exploration company owned by PJKT 72 that seeks to unlock the potential of 5888 ac of deep gas in Northern Alabama.