SPRAY-A-DIKE
Team Containment
- New Pig Corporation
December 7th, 2006
Team Members:
Gregory Comstock
Justin Ritthaler
Jason Wright
Copyright © 2006 Convenience Products, Fenton, MO USA - 800-325-6180
Copyright © 2006 Convenience Products, Fenton, MO USA - 800-325-6180
New Pig Corporation is
attempting to find new ways to contain and divert hazardous spills. One
proposed method is to employ an expanding foam dike in an attempt to
contain oil based spills. Our main goal as a group is to develop such a
foam through reapplication, retooling, or creating a new product
altogether.
The final design will need
to expand to a height of 2-3 inches to allow for spill containment. The
foam will also need to dry within 30-60 seconds so that it can be used
as a quick response for spills. Oil solubility is also a major factor
within the specifications set by New Pig. Specifications such as the
ability to bond to any surface (wet or dry) and the design of a
dispenser are secondary in nature.
Preliminary testing
(expandability, solubility, and drying time)
was run on common
household foam sealant and insulation. Through this testing it was
determined that these products would not meet New Pig’s specifications.
A foam kit from Touch n' Seal was purchased and run through the same
preliminary testing. This testing shows that Touch n' Seal's
product meets the basic specifications set by the New Pig Corporation.
The foam is tack-free within 15-20 seconds as well as a full cure time
of less than 60 seconds. The height of the fully expanded foam is
dependent upon the operator of the delivery system, but easily meets the
specification of 2-3 inches for spill containment. The foam is
also resistant to oil-based products.
This
product will be put through several
other tests (such as density and shear strength testing) to
determine if it will fit the final specifications.
Contacts:
Sponsor:
Matt
Huff
New Pig
Corporation
Three
Pork Avenue
Tipton,
PA 16684-0304
Ph:
814-684-0133 ext2435
Fax:
814-684-7690
Email:
matth@newpig.com
Faculty Coach:
Savas
Yavuzkurt
Mechanical and Nuclear Engineering Department
The
Pennsylvania State University
201B
Reber Building
University Park, PA 16802
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