AEMS LLC CEO and Founder Wayne Griffiths launches Commercial & Research Portal for electromagnetic engineering

AEMS LLC CEO and Founder Wayne Griffiths Launches Commercial & Research Portal for Carbon, Hydrogen and Advanced Materials Technologies

Advanced Electromagnetic Systems LLC is launching its Commercial & Research Portal in October 2026. The portal provides access to the company’s research programmes, technical publications, commercial licensing opportunities and engineering review activities across carbon production, hydrogen systems, advanced materials, microwave processing, electromagnetic technologies and resource-recovery systems.

AEMS LLC is a United States company with development and research activities led from Auckland, New Zealand.

The portal brings together the company’s technical publications, programme updates, commercial opportunities and engineering work into a single online location. Visitors can explore current work in hydrogen generation, ammonia cracking, industrial carbon production, graphitic carbon and graphene materials, microwave plasma reactors, resource recovery, process heat systems, desalination technologies, propulsion architectures and advanced governed engineering systems.

Current commercial programmes include hydrocarbon gas-to-carbon-and-hydrogen production systems, biosolids resource recovery, waste-plastics upgrading, tire recovery, hydrogen thermal systems, microwave cracking technologies and industrial carbon-product development. The portal provides direct access to programme summaries, technical reports, licensing opportunities and project updates across these activities.

The advanced materials section covers a growing portfolio of carbon, ceramic and graphene-related technologies. Current programmes include graphitic carbon, graphene-derived materials, activated carbon, biochar, graphene films, graphene-enabled composites, silicon carbide precursor development, silicon carbide materials, titanium carbide, aluminum nitride, boron carbide, mullite materials, nitrogen-doped carbon, boron-doped carbon and other advanced carbon-product pathways for technical and industrial applications.

Research is also underway into graphene-enabled technologies, including graphene films for photovoltaic applications, conductive films, advanced shielding materials, carbon-based functional coatings, engineered carbon architectures and next-generation material systems. Recent simulation programmes have investigated graphene-derived solar-cell architectures, carbon-composite shielding systems, industrial carbon pathways and advanced material-processing technologies.

The portal’s energy and hydrogen programmes include hydrogen-on-demand generation systems, microwave water-dissociation technologies, ammonia-cracking systems, methane-cracking systems, microwave-assisted dissociation technologies, hydrogen thermal systems and industrial process-heat applications. These programmes are focused on practical industrial deployment supported by staged validation and commercial-development pathways.

The resource-recovery section covers technologies designed to convert waste streams into useful products and industrial feedstocks. Current programmes include biosolids recovery, hydrocarbon recovery, tire-to-carbon systems, plastic-to-carbon systems, carbon and hydrogen co-production technologies, wastewater-related recovery opportunities and integrated resource-recovery systems for industrial and municipal applications.

The portal also provides access to research into microwave plasma reactor development, plasma-assisted processing, advanced thermal systems, industrial heat architectures and process-engineering technologies. These programmes support carbon production, materials development, hydrogen generation, waste recovery and industrial process applications.

Beyond industrial materials and energy systems, AEMS maintains active programmes in advanced electromagnetic architectures, governed-field engineering, propulsion concepts, aerospace technologies, satellite systems, marine technologies, power-generation architectures and next-generation engineering platforms. These activities include ongoing work associated with field-governed systems, advanced propulsion concepts, orbital and aerospace technologies and novel power-generation approaches.

The portal also includes research programmes associated with desalination, water-processing technologies, environmental systems and industrial infrastructure applications. These programmes are supported by simulation-led development, staged validation pathways and engineering review processes intended to move technologies from early concept through to commercial evaluation.

Several sections of the portal are dedicated to long-term research activities and foundational engineering programmes. These include advanced electromagnetic system development, the Griffiths Equation programme, MPE-series power concepts, IDG-series power-generation architectures, advanced governed-system designs and supporting theoretical and applied engineering research. These programmes sit alongside the company’s industrial and commercial activities, providing a single location where visitors can explore both active commercial technologies and longer-range engineering research.

How the work is built

Every AEMS programme follows the same path. A controlling technical paper sets the physics, the geometry and the operating points. A simulation campaign then tests that design against stated pass marks, with assumptions listed and closed one by one, before any hardware is specified. Where a technology moves to build, the paper is carried into an interface control document, a visual build manual and a drawing set that are held identical to it, so a licensee or fabricator works from one set of numbers. Changes are made in the controlling document first and propagated outward, never the other way round.

The programmes are published as the Griffiths Canon, an interconnected set of papers in which each machine draws on shared field-governance principles and shared hardware. The CSMMC microwave cracker, for example, is the common platform behind the carbon, ceramic, biosolids, plastics and tire programmes listed above.

Unlike a traditional publication repository, the portal has been designed to connect technical publications directly with engineering review, commercial licensing and project participation opportunities. Readers can move from a technical paper to programme updates, technology reviews, validation records and licensing information within the same platform.

The portal is intended for researchers, engineers, industrial operators, commercial partners, investors and organizations seeking technical information, licensing opportunities, project participation, engineering review or collaborative development opportunities. It provides a direct pathway from technical publications and simulation programmes through to commercial licensing and project engagement.

In addition to publications and project updates, the portal supports discussions around pilot installations, validation programmes, commercial deployment pathways, technical review and strategic partnerships. Users can review current development programmes, follow progress through validation stages and identify areas where commercial participation may be available.

Research areas currently represented within the portal include industrial carbon production, graphene and graphitic-carbon materials, hydrogen generation and cracking systems, ammonia cracking, microwave plasma reactors, industrial heat systems, resource recovery, desalination technologies, propulsion architectures, advanced ceramics, carbon-product development, electromagnetic technologies and advanced engineering programmes. New publications, programme updates and technology reviews are added as development work progresses.

Access is available through AEMS Commercial & Research Portal.

About AEMS LLC

Advanced Electromagnetic Systems LLC (AEMS LLC) develops technologies in industrial carbon production, hydrogen generation, resource recovery, microwave processing, advanced materials, industrial heat systems and advanced electromagnetic engineering. Current programmes include hydrocarbon gas-to-carbon-and-hydrogen production systems, biosolids recovery, tire recovery, hydrogen thermal technologies, graphitic carbon and graphene materials development, ammonia-cracking systems, microwave plasma reactor systems, desalination technologies, propulsion concepts, advanced ceramics and next-generation carbon-product manufacturing pathways. The company combines simulation-led engineering, staged validation and commercial deployment pathways across industrial, environmental, energy, aerospace and advanced-materials sectors.