Hero photo / VR footage (to be added)
Hero photo / VR footage (to be added)
Simulation. Recycling. Net Zero.
From Simulation to Sustainability
We build the tools that train tomorrow's process engineers, the technology that makes battery recycling clean, and the roadmaps that get industrial plants to net zero.
Three worlds, one company
Three areas of work, one engineering conviction
Close the gap between what's claimed and what's actually built, in a classroom, in a recycling process, and on a plant floor.
Education & Simulators
Equipment your university can't afford to build, you can still learn to design. Interactive simulators, 3D equipment models, and (coming) VR training walk you through real unit operations.
Learn more→R&D & Recycling
Most battery recycling breaks a cathode down to raw metal salts and starts over. We're engineering a way to recycle it without ever destroying the crystal structure that took the most energy to build.
Learn more→Net Zero Consulting
Net zero doesn't have to mean a multi-year, multi-crore program. We help small and mid-size industrial plants get there in structured, fundable phases.
Learn more→What's live today
Real, countable progress
One real number today. Everything else here is a date on the calendar, not a metric, shown honestly as a roadmap rather than dressed up as another stat.
31
Engineering simulators, live today
3D equipment models
2 Oct 2026
VR training modules
3 Mar 2027
Net Zero consultations
2 Oct 2026
From the Education platform
See the equipment, not just the equations
Every simulator pairs the underlying process model with a 3D view of the real equipment it's based on, so the numbers you're tuning map to something you can actually picture.
Loading 3D model…
Rotate, zoom, and (where available) exploded-view with labeled parts.
Most recycling discards the cathode's crystal structure to recover the metals. Direct recycling avoids that.
Learn how →See how we modeled a full net-zero roadmap for a lithium-ion cell manufacturing plant
This is the founder's own independent modeling exercise on an illustrative 30 GWh LFP plant, not a paying client engagement, since we don't have one yet. It's a worked example of the phased approach we'd bring to a real plant.
Where do you fit in?
I'm a University
License the simulator platform, or bring 3D/VR training into your chemical engineering coursework.
Talk to us →I'm an Industrial or R&D Partner
Explore a decarbonisation roadmap for your plant, or a partnership on battery recycling R&D.
Start a conversation →I'm a Candidate
Two live remote research-internship roles, in VR/Education and battery-recycling R&D.
See open roles →From the Insights blog
Recent writing
Notes on recycling chemistry, net-zero modeling, and what it actually takes to build this.
R&D & Recycling · Sep 18, 2026
Why direct recycling beats leaching and smelting
Most lithium-ion battery recycling today throws away the one thing that took the most energy to build: the cathode's crystal structure. Here's why that matters, and what direct recycling does differently.
Net Zero Consulting · Sep 18, 2026
What a decarbonization roadmap for a lithium-ion cell plant actually looks like
Net zero for an industrial plant doesn't have to mean a multi-year, multi-crore program from day one. A worked example of a phased approach, modeled on a 30 GWh LFP cell plant.
R&D & Recycling · Sep 18, 2026
What it actually costs in energy to make a battery "green"
Batteries are sold as an inherently green technology. The manufacturing process behind them tells a more complicated story.
We're hiring
Two live remote research-internship roles: VR / Education and R&D, Lithium-ion Battery Recycling.
Stay in the loop
Occasional updates on new simulators, 3D models, VR training, and net-zero engineering work. No spam.
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