Purchasing, installing and operating dental amalgam separators: practical issues.

@article{Mcmanus2003PurchasingIA,
  title={Purchasing, installing and operating dental amalgam separators: practical issues.},
  author={Kevin R. Mcmanus and P. L. Fan},
  journal={Journal of the American Dental Association},
  year={2003},
  volume={134 8},
  pages={
          1054-65
        }
}
BACKGROUND Growing environmental concern over the accumulation of mercury in some fish has led some state and local environmental agencies to pursue stricter regulation of mercury in wastewater. Dental offices are an identifiable source of mercury in the form of dental amalgam. Although mercury in dental amalgam is not immediately bioavailable (that is, it has not been shown to contribute significantly to the problem of mercury in fish tissue), environmental agencies in some locales are asking… Expand
Evaluating amalgam separators using an international standard.
TLDR
This laboratory evaluation shows that amalgam separators and the filtration devices removed at least 97.05 percent of the amalgam in samples with particle-size distribution as specified in ISO Standard 11,143. Expand
Amalgam waste management.
TLDR
Dental amalgam has been extensively used as a tooth filling material for many decades and has beyond doubt saved millions of teeth that otherwise would have needed to be extracted, but dentists have a responsibility and a duty of care for the proper management of this waste within their practices. Expand
The Challenge for Innovation in Direct Restorative Materials
TLDR
For dentistry, the most important focus is the promotion of caries prevention and research on new materials, where a phase-down of all mercury-based products except dental amalgam is the present goal. Expand
Contaminação por mercúrio na Odontologia: a utilidade da análise quantitativa em ambiente de prática restauradora com amálgama Mercury contamination in Dentistry: the utility of quantitative analysis in environment with amalgam restorative practice
Objective – To examine the use and application of a portable meter for quantitative analysis of mercury vapors. The places of choice were the Dental Clinic and Laboratory Training 104 of the SchoolExpand
The use of amalgam in pediatric dentistry: new insights and reappraising the tradition.
  • A. Fuks
  • Medicine
  • Pediatric dentistry
  • 2015
TLDR
Several factors that affect the effectiveness, advantages, and disadvantages of using dental amalgam in primary teeth are summarized. Expand
Dental Office Waste – Public Health and Ecological Risk
TLDR
This paper identifies some common wastes produced by dental offices (dental amalgam, silver, lead, biomedical and general office waste) and provides practical suggestions for reducing the impact of the profession on the environment. Expand
Jordanian dentists' knowledge and implementation of eco-friendly dental office strategies.
TLDR
Most Jordanian dental practices are not eco-friendly, and a continued focus on the impact of dental practices on the environment is needed through formal and continuing dental education. Expand
Mercury and Other Biomedical Waste Management Practices among Dental Practitioners in India
TLDR
Not all dentists were aware of the risks they were exposed to and only half of them observe infection control practices, according to a survey conducted among private dental practitioners in North India. Expand
A simplified model for biomedical waste management in dental practices - A pilot project at Thane, India
TLDR
A methodological dental waste segregation protocol was required considering its disposal and ill-effects on health and the environment and was developed and implemented, which improved understanding among dentists because of its self-explanatory nature. Expand
Dental perspective on biomedical waste and mercury management: a knowledge, attitude, and practice survey.
  • A. Sood, A. Sood
  • Medicine
  • Indian journal of dental research : official publication of Indian Society for Dental Research
  • 2011
TLDR
There is need for education regarding hazards associated with improper waste disposal at all levels of dental personnel. Expand
...
1
2
...

References

SHOWING 1-5 OF 5 REFERENCES
Laboratory evaluation of amalgam separators.
TLDR
This laboratory evaluation shows that all 12 amalgam separators exceeded the ISO 11143 requirement of 95 percent amalgam removal efficiency, and both the total mercury concentration and total dissolved mercury concentration in the effluent demonstrated large variations. Expand
The weight of wastes generated by removal of dental amalgam restorations and the concentration of mercury in dental wastewater.
TLDR
An ISO-certified amalgam particle separator was effective in removing the amalgam from the wastewater and about 60% of the waste generated during the removal of amalgams escaped the primary and secondary solids collectors and was released into the wastewater. Expand
An Estimation of the Size Distribution of Amalgam Particles in Dental Treatment Waste
TLDR
The effectivity of the device strongly depends on the size of the amalgam waste particles, and this size was evaluated in waste water samples from eight dental offices. Expand
Dental waste water : quantification of constituent fractions ( abstract P22 )
  • Acad Dent Mater Trans
  • 1995
Characteristics of amalgam in dental wastewater ( abstract 25 )
  • J Dent Res
  • 1994