Search engine for discovering works of Art, research articles, and books related to Art and Culture
ShareThis
Javascript must be enabled to continue!

Legacy PCB building remediation

View through CrossRef
AbstractPolychlorinated biphenyls (PCBs) came onto the scene as an environmental threat quickly after they were discovered in humans and wildlife by Jensen in 1966. By October 1970, it was reported that PCBs were “truly ubiquitous pollutants” as PCBs were found at detectable concentrations in environmental samples throughout the world. Before 1971, the U.S. Environmental Protection Agency (EPA) reported that 26% of PCBs sold were used in open‐end use applications, such as caulks, sealants, plasticizers, surface coatings, ink, adhesive, and carbonless paper. Processing and distribution of PCBs in commerce were largely banned in the U.S. after July 1979 with certain continued uses authorized by the EPA. While PCBs were banned a long time ago, the ban had no immediate tangible effect on the continued use of regulated levels of PCBs in buildings constructed before the bans were implemented. Legacy buildings with PCB‐containing building materials continue to represent potential sources of indoor air, dust, outdoor air, and soil contamination. Where PCBs are present in building materials, they have the potential to pose a risk to building occupants. Proper removal of PCB‐containing materials is a highly effective approach to abating the risk. The removal can range from targeting specific building PCB‐containing materials through demolition of the building. Engineering and administrative controls can also be useful tools when addressing the risks posed by PCB‐containing materials.
Title: Legacy PCB building remediation
Description:
AbstractPolychlorinated biphenyls (PCBs) came onto the scene as an environmental threat quickly after they were discovered in humans and wildlife by Jensen in 1966.
By October 1970, it was reported that PCBs were “truly ubiquitous pollutants” as PCBs were found at detectable concentrations in environmental samples throughout the world.
Before 1971, the U.
S.
Environmental Protection Agency (EPA) reported that 26% of PCBs sold were used in open‐end use applications, such as caulks, sealants, plasticizers, surface coatings, ink, adhesive, and carbonless paper.
Processing and distribution of PCBs in commerce were largely banned in the U.
S.
after July 1979 with certain continued uses authorized by the EPA.
While PCBs were banned a long time ago, the ban had no immediate tangible effect on the continued use of regulated levels of PCBs in buildings constructed before the bans were implemented.
Legacy buildings with PCB‐containing building materials continue to represent potential sources of indoor air, dust, outdoor air, and soil contamination.
Where PCBs are present in building materials, they have the potential to pose a risk to building occupants.
Proper removal of PCB‐containing materials is a highly effective approach to abating the risk.
The removal can range from targeting specific building PCB‐containing materials through demolition of the building.
Engineering and administrative controls can also be useful tools when addressing the risks posed by PCB‐containing materials.

Related Results

Equalizing Remediation
Equalizing Remediation
Environmental harm remediation occurs far less than it should in minority and low-income communities. One in six Americans live within three miles of a designated toxic waste or co...
Co-Pyrolysis of PCB with Cotton Stalk: Product Characterisation
Co-Pyrolysis of PCB with Cotton Stalk: Product Characterisation
Abstract With advancing technology, PCB (Printed circuit board), one of the most important components of e-waste, has become a source of pollution due to an ineffective was...
Der skal ikke lades sten på sten tilbage
Der skal ikke lades sten på sten tilbage
The Building by the Barbar TempleClose by the large temple at Barbar 1) lies a little tell, which was investigated in the spring of 1956. The tell was shown to cover a building of ...
Green Remediation or Sustainable Remediation: Moving From Dialogue to Common Practice
Green Remediation or Sustainable Remediation: Moving From Dialogue to Common Practice
Different points of view have emerged concerning how to best consider and address the largely unexamined ancillary environmental impacts, and more particularly the social and econo...
Assessment of residual exposure to PCBs in metallurgy
Assessment of residual exposure to PCBs in metallurgy
Objective: To evaluate the occupational exposure to polychlorinated biphenyls (PCBs) in 56 workers employed in 6 electric arc furnace steelmaking plants and 2 secondary aluminum sm...
Neural Network Paradigm for Classification of Defects on PCB
Neural Network Paradigm for Classification of Defects on PCB
Satu teknik baru dicadangkan untuk mengkelaskan kerosakan yang boleh terjadi pada PCB menggunakan paradigma rangkaian neural. Algoritma untuk membahagi–bahagikan imej menjadi corak...
Research on PCB Cost Data System Based on Cloud Platform
Research on PCB Cost Data System Based on Cloud Platform
Abstract With the rapid development of electronic manufacturing industry in China, defect detection of printed circuit board (PCB) is particularly important in order...
A design strategy for analyzing signal integrity in DDR3 bus of high speed embedded systems
A design strategy for analyzing signal integrity in DDR3 bus of high speed embedded systems
A complex modern embedded system using a multi-core Central Processing Unit (CPU) toward a compact integrated design in a single Printed Circuit Board (PCB). One of the biggest cha...

Back to Top