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O6: Ventilation Needs of 3D Printing in Maker Spaces

Rachael Warhurst, MS, MHA, MLS(ASCP) Moderator
Kansas State University
Manhattan, KS 
United States of America
 
Joseph Whitlock PhD, CIH, CSP, CHMM, CRMA Presenter
Kansas State University
Manhattan, KS 
USA
 
Samson Jimenez Co-Presenter
Kansas State University EHS
Manhattan, KS 
USA
 
Wed, 5/21: 2:15 PM - 3:15 PM CDT
00579 
Education Session 
Kansas City Convention Center 
Room: 3501 G 
CM Credit Hours:

Description

As 3D printers become more commonplace in labs, makerspaces, and homes, the associated hazards and air quality issues from 3D printers will be introduced. Participants will learn how K-State solved its air quality and ventilation issues with 3D Printers being used within the Sunderland Foundation Innovation Lab at Hale Library. Learn how K-State tested and verified the need for local ventilation solutions over a building ventilation system. Is there a better, cost effective ventilation solution to your 3D Printers? Discover the lessons learned from a study performed on campus.

Learning Outcomes

Upon completion, the participant will be able to:

• Determine what chemicals and ultrafine particles are produced by 3D Printers.
• Compare local ventilation vs. building system ventilation calculations.
• Define cost and performance considerations.
• Review air sampling results post-ventilation implementation. 

Content Level

Intermediate

Interactive Session Experience

Polling

Organizational Category

Academia/Education

Primary Industry

All Industries

Topics

Available as part of AIHA Connect OnDemand
Engineering Controls and Ventilation
Risk Assessment and Management