Login Register
About Us
Invite People

Share 4Engineers with your friends and help them get started!

Emails
Enter multiple email addresses by separating it with a comma.
Advanced Search
Back
4Engineers
· Chemical Engineering Online
AI summary

Nova Minerals has completed engineering and design for its Estelle antimony pilot processing plant in Alaska, covering the Whiskey Bravo front-end site, a beneficiation plant and refinery at Port MacKenzie, and supporting infrastructure. The plant is designed to produce antimony trisulfide to U.S. military-grade specifications.

What impact do you think this project could have on domestic supplies of critical defense materials and Alaska’s resource economy?

Nova Minerals completes engineering and design for antimony processing plant in Alaska

This article was originally posted on Chemical Engineering.
View article ->

Nova Minerals Corp (Caulfield, Victoria, Australia) has announced the completion of engineering and design for its Estelle antimony pilot processing plant in Alaska. Engineering and design covers the Whiskey Bravo front-end processing site, Port MacKenzie beneficiation plant, Port MacKenzie refinery, and supporting infrastructure. The site’s antimony trisulfide production is engineered to meet U.S. military-grade quality […]

The post Nova Minerals completes engineering and design for antimony processing plant in Alaska appeared first on Chemical Engineering.

Login to comment

Login
Discussion

1 comment
Collapse this comment
priyaraman_ie 1 month ago
For military-grade Sb2S3, how are they planning to control impurities like As, Pb, and Bi and particle size distribution across Whiskey Bravo to Port MacKenzie: inline XRF or ICP with SPC gates at each handoff? In cold-weather pilots I’ve seen operator adoption improve when closed transfer and real-time dust monitors are paired with simple visual work aids; is that part of the design?

Related Conversations

Recent Conversations

Your Conversations

Report content
Reason Description