Carbon Footprint
The Scale of the Problem — and What You Can Fix Today
Cutting global carbon emissions means transforming energy, transport, industry, agriculture, construction, and technology all at once — a decades-long undertaking. But not every fix has to wait for a decade-long transition. The Thunderstorm Generator addresses the carbon footprint of the engines and industrial systems already running today, right now, without waiting for a new plant, a new fleet, or a new grid.
Independently certified and field-proven, it's one of the few interventions available that a business can install this year — not in 2035.
(UK, Element Certified)
(UK, Element Certified)
(UK, Element Certified)
The Overlooked Danger: Diesel and Portable Generators
Nowhere is the gap between "waiting for the grid of the future" and "what's actually running today" more visible than in generators. Estimates of the global generator fleet vary enormously depending on how they're counted, but every serious estimate agrees on the scale: tens of millions of people worldwide depend on backup diesel and petrol generators as their primary or only source of power, and users in developing markets alone spend an estimated $30–50 billion a year on fuel to run them, according to World Bank research. In the world's highest-generator-use regions, as much as one in every five litres of diesel and petrol consumed is burned inside a generator rather than a vehicle.
Small portable generators are also a genuine health hazard — not just an emissions one
In the United States alone, the Consumer Product Safety Commission estimates that roughly 100 people die every year from carbon monoxide poisoning linked to portable generators — accounting for a large share of all consumer-product CO deaths. The reason is simple: a single portable generator can produce as much carbon monoxide as hundreds of cars, and CO is colourless, odourless, and fast-acting. This isn't a rare industrial accident risk — it's a routine, preventable cause of death every time a storm knocks out the power and a family runs a generator too close to home.
This is precisely the category of equipment the Thunderstorm Generator was first proven on. The Element-certified test, and Plasmoid Power's own in-house test program, were both carried out on portable petrol generators — the exact class of equipment responsible for the bulk of generator-related CO deaths — and recorded a 98% reduction in CO output. Cutting emissions on generators isn't only a climate measure here: on this specific piece of equipment, it's a direct reduction in a real and preventable cause of death.
Where the Thunderstorm Generator Fits Today
Of the many carbon-intensive sectors the world needs to decarbonise, the Thunderstorm Generator is a direct, proven fit for three of the largest — because all three run on the exact type of combustion engines and industrial exhaust systems the TSG retrofits onto.
Power Generation
Traditional power plants — especially coal and gas-fired — remain among the largest single sources of carbon emissions worldwide, and the transition to fully renewable grids will take decades. The Thunderstorm Generator offers a retrofit path that works within that transition: fitted to a gas-fired power station or backup generator, it cuts emissions immediately without waiting for the plant itself to be replaced.
- independently certified emissions reductions of up to 98% CO and 84.8% SO₂ on generator equipment, tested by Element (UK)
- a further test in Clearwater, Florida confirmed a 99.56% reduction in CO₂ and a 98% reduction in CO on a different generator, on different fuel, on a different continent
Heavy Industry & Manufacturing
Cement, steel and chemical manufacturing are among the most carbon-intensive industrial processes on Earth — and among the hardest to decarbonise, because the industrial equipment involved is expensive, long-lived, and can't simply be switched off and replaced. This is exactly the gap the Thunderstorm Generator is built to close: a retrofit that works with the equipment already on site.
Proven on a real cement operator's own equipment
In a field trial at Star Cement's Al Nakla Mines Workshop in the UAE (5–6 December 2024), fitting the Thunderstorm Generator cut CO₂ emissions by 83.33%, hydrocarbons by 77.3%, and nitrogen oxides by 79.66% — while oxygen output rose from a depleted 9.12% back to 20.43%, nearly matching the 21.07% found in the surrounding ambient air. This wasn't a lab demonstration — it was a live trial on a working industrial site.
Transportation — Heavy Trucks and Fleet Generators
Shipping, aviation and heavy road freight all contribute significantly to global CO₂ output, and the transition to full electrification for heavy-duty vehicles is still years away for most fleets. The Thunderstorm Generator's retrofit kits for diesel engines in the 5–16 litre range — already in development for multiple distribution territories — target exactly this gap: large trucks and industrial generators that will remain on the road and in service for years to come, cleaned up now rather than replaced later.
The Other Carbon-Intensive Sectors
A genuinely lower-carbon world needs progress on every front, not just the fronts the Thunderstorm Generator addresses directly. Here's the wider picture, and where TSG does and doesn't fit in.
Agriculture and Food Production
Methane from livestock, fertiliser use, and land-use change associated with farming are major and distinct sources of greenhouse gases, requiring their own dedicated solutions — outside the scope of an exhaust-retrofit technology like the TSG.
Construction
Energy-intensive materials like concrete, and the design of cities themselves, drive significant embodied and operational carbon in this sector. Green building practices and smarter urban planning are the primary levers here — though the diesel generators and heavy plant equipment used on construction sites are a natural fit for TSG retrofit.
Information & Communication Technology
Data centres and device manufacturing are a fast-growing source of emissions, best addressed through renewable-powered computing infrastructure and extended product lifecycles — a different challenge to the one TSG solves.
Healthcare
Hospitals and pharmaceutical manufacturing carry a significant carbon footprint through energy use, supply chains and waste — again, a sector where the path forward runs through cleaner energy procurement and process redesign rather than exhaust retrofit technology.
Health Benefits — Backed by Real Numbers, Not Estimates
Cutting emissions isn't only a climate statistic. Every one of the pollutants reduced by the Thunderstorm Generator has a direct, well-documented effect on human health — and because these reductions are independently certified, the health case is built on measured results, not projections.
Improved Respiratory Health
Carbon monoxide interferes with the body's ability to carry oxygen to tissues and organs. The Element-certified test recorded a 98% reduction in CO emissions — at that scale, the associated health risks, including dizziness, headaches, and long-term cardiovascular and neurological issues, are greatly diminished for both workers and surrounding communities.
Reduced Respiratory Illness and Fewer Premature Deaths
Sulfur dioxide is a known respiratory irritant, capable of exacerbating asthma, bronchitis and other conditions, and is linked — along with its particulate byproducts — to premature deaths from heart disease, lung disease and stroke. The same certified test recorded an 84.8% reduction in SO₂ emissions, meaningfully lowering that risk for communities near any site where the technology is deployed.
Reduced Health System Costs
Lower rates of pollution-related illness — heart disease, asthma, COPD — translate directly into reduced pressure on healthcare systems, fewer hospital admissions, and lower medical costs across any community or workforce operating near treated equipment.
A Solution You Can Deploy Now
Every sector on this page needs its own path to a lower-carbon future. The Thunderstorm Generator's contribution is specific and immediate: proven, certified emissions reductions on the combustion engines and industrial systems already in service today — in power generation, heavy industry, and heavy transport — without waiting for the next generation of infrastructure to arrive.
Get in touch to discuss a demonstration, request the full certified test data, or find your regional distributor.