Process · Energy · Circular Resources
ARV3XA
Waste is a resource for the local economy
We develop, engineer and deliver waste-to-value plants. We recycle what can be recycled, transform the rest into energy and products, and keep the value in the territory — never landfill by default.
Team experience of ARV3XA’s founders in previous positions — not ARV3XA contracts.
Our DNA
Recycle or transform — local circuits decide.
Zero landfill
We deploy every possible means to avoid landfilling waste, whatever its nature: municipal, industrial, agricultural or hazardous.
Recycle or transform
Material recycling where local channels exist; transformation into energy, fuels, biochar or fertiliser where they do not.
Local value
Energy, products, jobs and revenues stay in the territory, strengthening the local economy and reducing imports.
The opportunity
2.0 bn tonnes
of municipal solid waste are produced worldwide every year — 3.4 bn tonnes expected by 2050.
Source: World Bank, What a Waste 2.0Open burning
Where collection is missing, waste is burned or dumped — polluting air, rivers and coastlines, and wasting a resource.
Every tonne needs a route.Every tonne
is a resource waiting for the right route: recycled materials, energy, fuels, biochar or fertiliser — produced and sold locally.
That is our job.From waste to value
Every stream follows its best route
Recycle first. Transform what cannot be recycled. Keep energy, products and jobs where the waste is generated.
- 01
Collect & sort
Municipal, industrial, agricultural and hazardous streams are characterised and separated.
- 02
Recycle
Material recovery wherever a local channel exists: plastics, metals, oils, paper.
- 03
Transform
Pyrolysis, digestion, fermentation or composting for what cannot be recycled.
- 04
Value locally
Electricity, heat, fuels, biochar and fertiliser, sold and used in the territory.
Technology portfolio
What's your waste?
Ten proprietary and partner technologies, each deployed under the same engineering and stage-gate principles. Pick a resource to see the routes we would study first.
Used Oil Re-Refining
Turning hazardous used lubricants into virgin-quality base oils
Plastic-to-Oil Pyrolysis
Recovering fuel and energy from non-recyclable plastics
Biomass Pyrolysis & Pyro-Gasification
From agricultural and organic residues to biochar, energy and carbon credits
Biochar-Boosted Biomethane
Coupling woody-biomass pyrolysis with anaerobic digestion
Bioethanol
Liquid renewable fuel from sugar, starch and lignocellulosic residues
Tunnel Composting
Controlled in-vessel composting of non-woody plant material
Waste Sorting (5 Streams) & Shredding
Recycling first — preparing every stream for its best route
Biomass Pelletising & Cubing
Densified, transportable biomass fuel and feed
Biomass Drying
The key enabler of every thermal conversion route
CryoGenR8 — Thermodynamic Power
Dispatchable, weather-independent electricity from a closed-loop thermodynamic cycle
How we work
From idea to operation — one partner, end to end
Developer
Origination, feedstock audit, site and permits, SPV structuring, offtake agreements.
Owner’s engineer
Feasibility, technology selection, FEED, EPC tender strategy, construction supervision.
EPC manager
EPC / EPCM contracting (FIDIC, NEC), procurement, construction, commissioning.
Bankable projects
Business plans, financing files, investor identification and carbon revenues.
Technology partners
Proven technology owners who trust us
For individuals too
Waste is everyone’s business
Support a community programme on a tourist island in Indonesia, and soon help map the waste that escapes collection with a light citizen app.
Let’s build together
Have a waste stream? Let’s turn it into value.
Tell us about your feedstock, site and goals. We reply with a first assessment.