One platform, five outputs — waste in, power out
FEEDSTOCK MSW · TIRES · C&D · BIOMASS PRE-PROCESSING & CUSTOM DESIGN SHRED · BALE · WRAP KILN DESIGN WASTEX SYSTEMS U.S. PATENTED PROCESS ELECTRICITY STEAM SYNGAS CHEMICALS DIESEL-RANGE FUEL BIOCHAR ALSO ON RECLAIMED SITES — LANDFILL CLOSURE & REDEVELOPMENT RECLAIMED LAND SOLAR + DATA-CENTER POWER
Watch the VideoSee WasteX in Action →

WASTE-TO-ENERGY · LANDFILL · SOLAR & DATA-CENTER POWER

Waste in—
Power, fuel,
chemicals &
biochar out!

WasteX engineers gasification and pyrolysis systems that turn municipal solid waste, scrap tires and refinery residue into electricity, diesel-range fuel, biochar and recoverable syngas chemicals like CO2 and methane on site — and puts that same site expertise to work on landfill remediation and closure, pairing reclaimed land with solar and data-center power. One platform built to serve municipalities, islands, industrial generators, hospitality operators and tire markets alike.

440 TPD
reference plant built & operating
14 days
continuous mobile-unit run, 24 hr/day
20–22%
char yield demonstrated from wood chips
U.S. Patented Process
Field-documented with EISG
Licensed PEs on every design
FIG. 01 — PROCESS OVERVIEWWX-GASIFIER SERIES
FEEDSTOCK METALS & GLASS GASIFIER U.S. PATENTED PYROLYSIS GASIFICATION BIOCHAR CHP ELECTRICITY + HEAT PYROLYSIS → BIOCHAR (MSW LINE) GASIFICATION → SYNGAS → ON-SITE POWER ENDPOINT SET BY PATENTED WASTEX PROCESS CONTROL SCRAP TIRES RUN A SEPARATE, DEDICATED DIESEL LINE

WHERE TO GO

Seven pages, each covering one part of the platform.

440 TPD

Tons-per-day waste-to-energy plant engineered and built in Inez, KY — producing electricity and recyclables

330 TPD

Municipal solid waste design throughput for the Antigua regional facility

525–600 kWh

Net exportable electricity per ton of processed waste, after parasitic load — varies with feedstock BTU value (refinery waste & tires run higher than food waste, paper or carpet)

14 DAYS

Straight, 24-hour continuous run logged on a mobile WasteX unit

6 +

Feedstock & byproduct streams handled by one platform — MSW to biosolids

6,030 GAL/DAY

Diesel-range fuel from our dedicated tire-to-diesel line, engineered at 50 TPD reference scale (≈121 gal/ton)

AT OUR ENGINEERED FLEET CAPACITY

0

Tons of waste processed per year

0

MWh of electricity generated per year

0

Homes powered, equivalent

0

Tons diverted from landfill per year

Modeled at 770 TPD running continuously — our combined engineered throughput across the Inez, KY (440 TPD) and Antigua (330 TPD) projects above, using the same 525–600 kWh/ton yield and 5–10% residual-to-landfill figures used throughout this site. A capacity model, not an audited historical total.

WHAT WE DO

One site expertise, three practice areas

A waste-to-energy project and a landfill remediation start from the same site work — and both end in a piece of land with power on it. We stay involved through all three stages.

FIG. 01 / 18
01 / WASTE-TO-ENERGY

Gasification & pyrolysis systems

Our patented, controllable thermal platforms convert municipal, industrial and tire waste into electricity, biochar, diesel-range fuel and recoverable syngas chemicals like CO2 and methane — built and field-tested, not just modeled.

MSWTiresRefinery Waste
02 / LANDFILL

Landfill engineering & remediation

Assessment and phased remedy design for landfills reaching the end of their airspace — leachate and methane control, shred-bale-wrap diversion, and closure planning that turns a liability into a construction-ready site.

LeachateClosureSite Reuse
03 / POWER

Renewable & data-center power

Remediated and reclaimed sites double as solar-ready land and battery-storage locations, pairing on-site generation with solar to offer the firm, blended power that data-center and industrial tenants are increasingly looking for.

SolarBattery StorageData Centers

WHY WASTEX

Engineering that's already run

Waste-to-energy proposals are easy to draw and hard to operate. Here's what we bring to the site that a slide deck can't.

FIG. 02 / 18
01

Field-proven, not just modeled

A 440 TPD plant built and running, plus a mobile unit tested through 14 straight days of continuous operation — the engineering has been stress-tested outside a spreadsheet.

02

Tunable process, one platform

Our patented process control shifts the same reactor between pyrolysis and full gasification, so the output mix follows the offtake, not the other way around.

03

Phased, de-risked deployment

Complex sites get staged rollouts — stabilize and generate revenue first, then layer in additional processing — rather than one all-or-nothing build.

04

Multiple revenue lines, one site

Tipping fees, power, tire-derived diesel, biochar and recovered metals and glass turn one or more incoming waste streams into several sellable products.

05

Scales from trailer to municipality

The same underlying technology serves a portable disaster-relief unit and a multi-hundred-ton-per-day regional facility.

06

We plan the offtake, not just the plant

Power offtake and long-term feedstock supply agreements are worked out before a project breaks ground.

READY WHEN YOU ARE

Talk to Our Engineers About Your Site

Municipalities, islands, industrial generators, hospitality operators and tire markets — one platform, sized to what your site can actually generate, feed and finance.

Talk to Our Engineers