Introduction
HISTORICAL TIMELINE
WTE Solution
AST Market Potential
The World of Waste
Competitive Landscape
What is Plasma
Competing Plasma Processes
Competitive Advantages of AST Plasma
Key Cost Comparisons
Technology
AST AC Graphite Electrode Furnace
AST Plasma System Components
AST Process Flow Diagram
AN AST GASIFIER
A Proven Technology
AST Team Patents
AST Team Projects
Business Overview
The Management Team
AST- PILOT
AST- ENGINEERING
About Us
Media
Press Releases
White Papers
Publications
AST Team Projects
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AST Team Projects
Unit for destruction of Halon 11 – AC plasma torch – Institute in St. Petersburg, Russia
Unit for toxic liquid waste – AC plasma torch – Institute in St. Petersburg, Russia
Unit for C14 re-enrichment – AC plasma torch – Institute in St. Petersburg, Russia
Old gasification reactor at Institute – AC plasma torch – Institute in St. Petersburg, Russia
Multi-ring plasma pyrolysis reactor – AC plasma torch – Institute in St. Petersburg, Russia
Delphi project for hydrogen generation from gasoline to pre-heat automobile catalytic converters – Huntsville, Alabama.
Molten bed small test unit – single phase AC plasma torch – Huntsville, Alabama
US Air Force test unit (with Ga. Tech.) – single phase AC plasma torch – Huntsville, Alabama
Contraband destruction unit – AC plasma torch – Huntsville, Alabama
PCB destruction unit – AC plasma torch – Kaohsiung, Taiwan
NCKU test unit (PEPS-III) – AC plasma torch – Tainan, Taiwan
PEPS-I – DC plasma torch – Huntsville, Alabama
PWR DC graphite electrode molten bed test unit – Huntsville, Alabama
AC graphite electrode test unit for ore refinement – Piedmont, Alabama.
Aluminum recovery from Dross – DC plasma torch – Millwood, West Virginia
Refractory manufacturing – DC plasma torch – Eufaula, Alabama.
Multiple steel mill installations at Nucor.