A platform for research: civil engineering, architecture and urbanism
A platform for research: civil engineering, architecture and urbanism
Discussion: Prediction of Organic Chemical Permeation Through PVC Pipe—A Water Supplier's Perspective
In this discussion of Alan R. Berens' article on “Prediction of Organic Permeation Through PVC Pipe” (Journal AWWA, November 1985), Crum and Carns state that field experience at East Bay Municipal Utility District confirms Berens' conclusion that PVC pipe is an effective barrier against chemical pollutants, but they point out that more work is needed to verify this conclusion by using actual PVC pipe sections and gasket materials exposed to organic chemicals with activities in the range of 0.25 to 1.0 where Fickian transport assumptions no longer apply.
Discussion: Prediction of Organic Chemical Permeation Through PVC Pipe—A Water Supplier's Perspective
In this discussion of Alan R. Berens' article on “Prediction of Organic Permeation Through PVC Pipe” (Journal AWWA, November 1985), Crum and Carns state that field experience at East Bay Municipal Utility District confirms Berens' conclusion that PVC pipe is an effective barrier against chemical pollutants, but they point out that more work is needed to verify this conclusion by using actual PVC pipe sections and gasket materials exposed to organic chemicals with activities in the range of 0.25 to 1.0 where Fickian transport assumptions no longer apply.
Discussion: Prediction of Organic Chemical Permeation Through PVC Pipe—A Water Supplier's Perspective
Crum, Donald E. (author) / Carns, Keith E. (author)
1985-11-01
1 pages
Article (Journal)
Electronic Resource
English
Solvents , Organics , PVC Pipe , Permeation
Prediction of Organic Chemical Permeation Through PVC Pipe
| Wiley | 1985
Asphalt supplier's perspective of superpave asphalt
| British Library Conference Proceedings | 2000
Water Supplier's Views Challenged
| Wiley | 1990