FIEROGLOW LLC PLASMA PROJECTS

Project 03: The Gravity Xenon Donut Reactor

Outline

Client: C. Crawford (Electrical Engineer, Ohio USA)

Project Engineering & Sourcing: FieroGloW LLC

Current Phase: Custom mold fabrication and 3-Liter Toroidal (Donut) Prototype (~25 cm diameter)

Scaling Roadmap: 5-Liter expansion, culminating in a 10-Liter heavy-gas reactor

Core Objective: Overcoming strict industry manufacturing limits to deliver stable, large-volume electrodeless Xenon plasma containment.

The Simple Explanation

Charles Crawford, an electrical engineer based in Ohio, contracted FieroGloW to engineer and supply massive, floating rings of pure Xenon plasma. The challenge? The plasma industry hits a physical wall when trying to make these shapes at scale.

We initially tasked a well-known supplier with the build, but they failed completely when attempting to scale past a tiny 9.5 cm diameter. To break this 20+ cm size barrier, FieroGloW bypassed standard glassblowers entirely. We independently sourced a specialized fabrication partner capable of creating custom industrial molds. We are now developing these molds to cast the first true 3-liter Xenon prototypes. It is a massive leap forward in plasma display volume and proves FieroGloW can engineer solutions where traditional suppliers fail.

Project 03: The Gravity Xenon Donut Reactor

Quick Outline

Client: C. Crawford (Electrical Engineer, Ohio USA)
Project Engineering & Sourcing: FieroGloW LLC
Current Phase: Custom mold fabrication and 3-Liter Toroidal (Donut) Prototype (>20 cm diameter)
Scaling Roadmap: 5-Liter expansion, culminating in a 10-Liter heavy-gas reactor
Core Objective: Overcoming strict industry manufacturing limits to deliver stable, large-volume electrodeless Xenon plasma containment.

The Simple Explanation

We initially tasked a well-known supplier with the build, but they failed completely when attempting to scale past a tiny 9.5 cm diameter. To break this 20+ cm size barrier, FieroGloW bypassed standard glassblowers entirely. We independently sourced a specialized fabrication partner capable of creating custom industrial molds. We are now using these molds to cast the first true 3-liter Xenon prototypes. It is a massive leap forward in plasma display volume and proves FieroGloW can engineer solutions where traditional suppliers fail.

The Complex Explanation

The Gravity Xenon Donut Reactor project exposes the severe manufacturing limitations of standard Toroidal Inductively Coupled Plasma (TICOP) vessels. Commissioned by Ohio-based electrical engineer Charles Crawford, FieroGloW was tasked with delivering a high-volume, heavy-gas toroidal reactor.

Initial prototyping attempts with established industry suppliers revealed critical fabrication bottlenecks; the supplier was entirely unable to scale their free-blown toroidal vessels beyond a 9.5 cm diameter micro-volume without structural collapse. Subsequent attempts to push their fabrication process to the required 20+ cm threshold resulted in catastrophic failure.

To solve this, FieroGloW pivoted to a bespoke manufacturing paradigm. By independently sourcing a highly specialized fabrication partner, we engineered a custom mold-based production process. This structural shift allows for the successful casting of the 3-liter, 20+ cm prototype, overcoming the thermodynamic hurdles and vacuum stress associated with high-mass Xenon at volume. Securing this custom-molded architecture clears the runway for our next technical milestones: successfully scaling the TICOP geometry to 5-liter and, ultimately, 10-liter systems.

Institutional-Grade Plasma Architecture: The FieroGloW Seamless Torus

The Precedent: The $17,000 Institutional "Altator Prototype" Historically, constructing a toroidal reaction chamber for advanced plasma dynamics has been an exercise in massive institutional spending. A recent foundational engineering project at MIT, documented in 2025, attempted to solve this complex geometry for a plasma outreach device called "Altator".

The total cost of their system was approximately $17,000, excluding labor costs.
The glass vacuum vessel was the project's largest cost driver, totaling $10,191 when the glass was purchased in 2022.
Because manufacturing a continuous glass torus is exceptionally difficult, their vessel had to be constructed out of four separate glass quadrants.
These quadrants were pieced together with O-rings and secured using ChemGlass clamps, adding roughly $1,400 to the cost just for the clamping and port fittings.

The Innovation: Seamless Structural Integrity

FieroGloW LLC has completely revolutionized this hardware paradigm. Instead of relying on a clunky, four-part assembly that inherently introduces mechanical failure points and vacuum vulnerabilities through O-rings and clamps, we have successfully engineered a single, continuous, heavy-wall borosilicate torus.

This seamless geometry eliminates structural weak points and perfectly sustains the deep-vacuum environments required for precise Xenon fills and advanced Toroidal Inductively Coupled Plasma (TICP) applications. Furthermore, our vessels are specifically optimized to be driven flawlessly by our custom Class E resonant inverter architecture, ensuring highly choreographed, stable plasma discharges without the need for massive institutional hardware.

The Advantage: Unprecedented Accessibility

By optimizing our exclusive mold architecture and directly managing the fabrication pipeline with our legacy manufacturing partners, FieroGloW delivers the exact same institutional-tier reaction chamber capabilities for orders of magnitude less. You are securing a leak-proof, structurally superior vessel that outperforms multi-part collegiate prototypes, available now for pre-order at a fraction of the historical cost.

(see photos and article below)