Provisional Patent Filed · Phase 1 Ready

Trash In.
Power Out.
Zero Waste.

A trailer-towed unit that converts waste — including landfill waste — into continuous electricity and clean drinking water recovered from the process itself

1–150 kW
Power output
2,000 gal/day
Potable water
~90%
Volume reduction
$35K–$75K
Phase 1 build cost
See How It Works Get Updates
AI Concept Render — Phase 1 Design
Clear H2O Power & Water Plant™ — Concept Model
Clear H2O Power & Water Plant™ — Concept Model

Three steps.
No waste. No mystery.

Most waste-to-energy systems are enormous, expensive, and fixed. This one fits on a trailer and pays itself off in a year.

Step 01
🗑️
Waste In

Feed it landfill waste, trash, farm waste, debris — almost anything organic or combustible. No sorting, no preprocessing required at small scale.

Municipal trash Farm waste Debris Landfill waste Municipal solid waste
Step 02
Energy Out

A high-temp burn chamber converts waste to electricity and clean drinking water. Two proven combustion paths: direct burn or gasifier-to-microturbine.

1–150 kW electric 50–2,000 gal/day water
Step 03
🌱
Zero Waste

Ash output is sterile potash fertilizer. Nothing goes to landfill. Volume reduced by ~90%. The byproduct is sellable.

Potash fertilizer ~90% volume reduction Landfill: zero

Why this is real.

Not a pitch deck. Not a simulation. Real specs, real engineering background, real provisional patent.

🔧

Built by someone who's done this work for 15+ years

The founder is a working millwright and dam operator with hands-on experience running turbines, steam systems, co-generation plants, and hydroelectric equipment. This isn't theoretical — it's applied mechanical engineering from someone who maintains these systems for a living.

⚙️ Millwright 💧 Dam Operations 🔩 Turbine Systems ♻️ Co-Generation ⚡ Hydroelectric
💰
Economics
$35K–$75K build cost
Approximately 1-year payback at typical waste-hauling + power rates. Scales with unit size.
📄
IP Status
Provisional patent filed
Core combustion-to-power-and-water process under provisional patent protection.
🔥
Combustion Paths
Two proven approaches
Direct burn chamber OR gasifier-to-microturbine. Both tested. Selection depends on feedstock and output requirements.
📏
Scale Range
Trailer unit to industrial installation — 1 kW to 150 kW, 50 to 2,000 gal/day
Phase 1 is a portable proof-of-concept. Same core technology scales up to serve small municipalities, farms, disaster relief operations, and remote industrial sites. The unit grows with the problem.

Get notified when we're ready.

We're in build phase. Drop your email and we'll reach out when Phase 1 units are available — and if you have a site or waste problem that fits, tell us.