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HODUL, J. MÉSZÁROSOVÁ, L. MAJEROVÁ, J.
Original Title
Influence of Physical and Chemical Stress on the Properties of CIPP Pipes Based on Vinyl Ester
Type
conference paper
Language
English
Original Abstract
Cured-in-place pipe (CIPP) is one of the trenchless sewer rehabilitation methods for repairing sewer pipe using different types of resin, curing technology and reinforced polymer fiber. In the research described in this article, the chemical and temperature resistance of CIPP pipes based on vinyl ester resin, cured with hot water, were tested. The specimens of the CIPP pipes were exposed to a chemically aggressive environment and an elevated temperature, namely 20% sulfuric acid (pH = 1) and a temperature of 50°C. The samples were tested every month for short-term flexural properties as well as hardness. Changes of the flexural properties and hardness were compared with reference samples that were stored under laboratory conditions (23±0,5°C, relative humidity 50±10%). It was found out that the applied aggressive environment does not have a negative impact on the mechanical properties of the CIPP pipes based on vinyl ester resin even after long-term exposure. Furthermore, the influence of the aggressive environment on the microstructure of CIPP samples was monitored by digital optical microscopy.
Keywords
cured-in-place pipe, acidic chemical environment, flexural modulus, microstructure.
Authors
HODUL, J.; MÉSZÁROSOVÁ, L.; MAJEROVÁ, J.
Released
20. 9. 2022
Publisher
Trans Tech Publications Ltd, Switzerland
ISBN
978-3-0364-1168-2
Book
Materials and Technologies of Modern Production
1662-9795
Periodical
Key Engineering Materials (web)
Year of study
932
State
Swiss Confederation
Pages from
237
Pages to
243
Pages count
7
URL
https://www.scientific.net/KEM.932.237.pdf
BibTex
@inproceedings{BUT179218, author="Jakub {Hodul} and Lenka {Mészárosová} and Jana {Majerová}", title="Influence of Physical and Chemical Stress on the Properties of CIPP Pipes Based on Vinyl Ester", booktitle="Materials and Technologies of Modern Production ", year="2022", journal="Key Engineering Materials (web)", volume="932", pages="237--243", publisher="Trans Tech Publications Ltd, Switzerland", doi="10.4028/p-vpg85p", isbn="978-3-0364-1168-2", issn="1662-9795", url="https://www.scientific.net/KEM.932.237.pdf" }