Advanced Mixed Waste Treatment Project - Home

News Center
About Us
AMWTP Overview
Related Links

The U.S. Department of Energy’s Advanced Mixed Waste Treatment Project is committed to meeting all technical and regulatory requirements to safely retrieve, characterize, treat and package transuranic waste for shipment out of Idaho to permanent disposal at the Waste Isolation Pilot Plant in
New Mexico.

Supercompactor

The AMWTP Supercompactor is the heart of the Treatment Facility. The 62-ton piece of equipment measures eight feet by eight feet at its base and 24 feet in height and was fabricated in Holland.

The Supercompactor was first shipped from Holland to Nashville, TN where it was put through a series of tests. It was then shipped from Tennessee to the AMWTP. The trip from Tennessee to Idaho took five days on a 154-foot truck. Accompanying the truck were eight other semis hauling a 220-ton crane that was used to lift the Supercompactor into its cell.

The Supercompactor plays a key role in the operation of the facility. An estimated 70 percent of the 65,000 cubic meters of waste to be processed is sent through the Supercompactor for size reduction. With a force of 2,000 tons, or 4 million pounds, the Supercompactor can compact a 55-gallon drum to roughly one-fifth its original size. The compacted drum is called a puck.

The Supercompactor glovebox suite performs an automated process, requiring only that employees monitor the glovebox as it receives waste. The Supercompactor receives drums both from the sorting boxline, where waste is sorted, size-reduced and placed in new drums, as well as drums from the Retrieval Enclosure that require no sorting or size-reducing.


Storage & Retrieval

Characterization

Treatment Facility

Supercompactor

Loading & Shipping
BWXT Bechtel
To get more information about AMWTP's customer, visit the Department of Energy's homepage.
The Retrieval Enclosure, which houses 53,300 cubic meters of waste, is approximately the same length as an aircraft carrier, or equivalent to the size of four football fields.
The real-time radiography units used in the Characterization Facility to X-ray waste are powerful enough to see the filaments of a light bulb that is wrapped in coveralls, inside a plastic liner, inside a steel container.
Waste is transported to different areas of the Treatment Facility by an intricate system of conveyers and drum-handling robots so all waste handling is done remotely.
The three-story Supercompactor glovebox is one of the largest in the U.S. It was tested in Holland and then Nashville, Tennessee before being shipped to Idaho.
Waste shipped from AMWTP travels more than 1,300 miles to its final destination at the Waste Isolation Pilot Plant in New Mexico.
Search for current career opportunities and submit a résumé to AMWTP Human Resources.
Find out about the AMWTP Procurement department and processes.
  
The real time radiography units used in the Characterization Facility to X-ray waste are powerful enough to see the filaments of a light bulb that is wrapped in coveralls, inside a plastic liner, inside a steel container.
   Press Releases   
   Photo Gallery   
   Leadership   
   Contact Information   
   Careers   
   Job Postings   
   Community Involvement   
   Procurement   
   Waste Storage & Retrieval   
   Characterization   
   Treatment Facility   
   Supercompactor   
   Loading & Shipping   
   Bechtel   
   BWXT   
   DOE Headquarters   
   DOE Idaho   
   Idaho Cleanup Project   
   Idaho National Laboratory   
   Waste Isolation Pilot Plant