Abstract:from Milieu and Michael Holland from EMRC. The health economic models and calculations were developed and described by Meena Fernandes. The methodological framework for estimating costs for society, as well as the environmental economic models and calculations, were developed and described by Michael Holland.The Nordic Chemical Group (NKG) has been the project principal. The steering group under NKG comprised members from Sweden, Denmark, Norway and Iceland, including Toke Winther and Lars Fock (The Danish Env… Show more
“…Government officials have raised concerns that for some substances it is not clear whether they are defined as a polymer or not, based on the existing REACH definition (Nordic Council of Ministers 2018). There is an ongoing process under the EU to evaluate inclusion of registration requirement for polymers in the coming years (Nordic Council of Ministers 2018; Goldenman et al 2019b). In a workshop on PFAS, with policymakers from the Nordic countries, Austria, and Germany, it was proposed to include registration of polymers under REACH (Nordic Council of Ministers 2018).…”
Section: Resultsmentioning
confidence: 99%
“…The impact of PFAS on human health is tremendous in economic terms. In the European Economic Area the health impact has been estimated to cost between €52 and €84 billion per year according to Goldenman et al (2019a). In the same report a summary of non‐health‐related costs for the next 20 years has been estimated to range between €170 and €821 billion.…”
The Nordic countries are in the forefront of international chemical regulation and management by actively developing the domestic policy framework, while simultaneously pushing for more stringent control internationally. Norway, Sweden, and Denmark have been particularly progressive in the regulation of the per-and polyfluoroalkyl substances (PFAS). Restriction proposals have been developed under the EU Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) and PFAS have been nominated for global restriction under the Stockholm Convention. A key tool in their work has been the product registries (PRs), where all chemicals imported and produced over a certain reporting limit must be registered by the importers and/or producers. In recent years these PRs have been facing opposition, predominantly from the industry. Simultaneously, and in some contrast, several EU countries are mobilizing for measures to control PFAS as a group. We explored the role of PRs in national and international chemical management. By analyzing the Norwegian PFAS data (2009-2017) reported by industry to the government we observed changes in use and temporal trends. A diversification in use and substitutions to alternative PFAS emerged when new policies were developed, representing a challenge for future control and reduction efforts. Instead of loosening up on reporting obligations, as advocated by some industry representatives, our analysis of the PFAS group argues that governments would benefit from a tighter reporting scheme of problematic compound groups. A comprehensive overview of use, production, and import would contribute to more effective control, thereby saving society and the environment from serious damage and tremendous costs. The Nordic PRs will continue to be important supplements to REACH registration and an indispensable tool for future both national and international regulation on PFAS and other hazardous substances. Integr Environ Assess Manag 2021;00:1-17.
“…Government officials have raised concerns that for some substances it is not clear whether they are defined as a polymer or not, based on the existing REACH definition (Nordic Council of Ministers 2018). There is an ongoing process under the EU to evaluate inclusion of registration requirement for polymers in the coming years (Nordic Council of Ministers 2018; Goldenman et al 2019b). In a workshop on PFAS, with policymakers from the Nordic countries, Austria, and Germany, it was proposed to include registration of polymers under REACH (Nordic Council of Ministers 2018).…”
Section: Resultsmentioning
confidence: 99%
“…The impact of PFAS on human health is tremendous in economic terms. In the European Economic Area the health impact has been estimated to cost between €52 and €84 billion per year according to Goldenman et al (2019a). In the same report a summary of non‐health‐related costs for the next 20 years has been estimated to range between €170 and €821 billion.…”
The Nordic countries are in the forefront of international chemical regulation and management by actively developing the domestic policy framework, while simultaneously pushing for more stringent control internationally. Norway, Sweden, and Denmark have been particularly progressive in the regulation of the per-and polyfluoroalkyl substances (PFAS). Restriction proposals have been developed under the EU Registration, Evaluation, Authorisation and Restriction of Chemicals (REACH) and PFAS have been nominated for global restriction under the Stockholm Convention. A key tool in their work has been the product registries (PRs), where all chemicals imported and produced over a certain reporting limit must be registered by the importers and/or producers. In recent years these PRs have been facing opposition, predominantly from the industry. Simultaneously, and in some contrast, several EU countries are mobilizing for measures to control PFAS as a group. We explored the role of PRs in national and international chemical management. By analyzing the Norwegian PFAS data (2009-2017) reported by industry to the government we observed changes in use and temporal trends. A diversification in use and substitutions to alternative PFAS emerged when new policies were developed, representing a challenge for future control and reduction efforts. Instead of loosening up on reporting obligations, as advocated by some industry representatives, our analysis of the PFAS group argues that governments would benefit from a tighter reporting scheme of problematic compound groups. A comprehensive overview of use, production, and import would contribute to more effective control, thereby saving society and the environment from serious damage and tremendous costs. The Nordic PRs will continue to be important supplements to REACH registration and an indispensable tool for future both national and international regulation on PFAS and other hazardous substances. Integr Environ Assess Manag 2021;00:1-17.
“…Kidney cancer is a probable endpoint from occupational PFAS exposure, and the report estimated for a European population (335,000 individuals), 83,627 would have an elevated risk of developing kidney cancer and from those individuals, 3.6 additional deaths would occur. The total value of these lives lost would be approximately 12.7 million Euros (Goldenman et al, 2019). These calculations used value of a statistical life (VSL) which is essentially the monetary benefit of avoiding a fatality.…”
Section: Discussionmentioning
confidence: 99%
“…The U.S. EPA VSL is $7.4 million (in 2006 dollars; U.S. EPA, 2010). Using the data (above) from Goldenman et al (2019) and kidney cancer as an endpoint, the number of additional deaths was estimated for a population of 12,000 individuals assumed to be affected by contaminated water in the case study. It is important to note that the estimate represents a simplified estimate of one mortality source to highlight the importance of considering health‐related costs.…”
Section: Discussionmentioning
confidence: 99%
“…Sustainability is frequently used to describe the intersection of socially useful, environmentally appropriate, and economically feasible approaches or concepts (Brundtland, 1987; Costanza & Patten, 1995; Goldenman et al, 2019; Vos, 2007). Sustainable remediation has become a widely held concept in the remediation industry where systems have increasingly been designed to meet remediation goals while minimizing impacts on the environment.…”
The environmental remediation industry has increasingly considered the sustainability impacts of remediation systems. The ideal remediation system has a greater environmental benefit than detriment. While sustainable systems are increasingly available for many contaminants, per-and polyfluoroalkyl substances have presented new challenges for remediation practitioners seeking effective and sustainable systems. Here the sustainability and cost impacts of an ultrasonic reactor installed in a horizontal well (referred to as the In situ reactor technology [inSRT] system) at a hypothetical site are quantified and compared to hypothetical pump-and-treat (PT) system impacts. Direct costs of emissions from remediation were compared using levelized cost of energy data. The indirect impacts from pollution were quantified based on literature values. The results showed that the InSRT system had lower lifecycle impacts and costs compared to the PT system when each was considered under individually optimal conditions. InSRT was found to meet sustainability goals when used in a low hydraulic conductivity source zone and the PT system lifecycle impacts were reduced when the system was used in a highhydraulic conductivity area.
Per-and polyfluoroalkyl substances (PFAS) are now thought to be far more prevalent in water bodies across the globe than previously reported. In particular, military bases, airports, and industrial sites are prone to contamination caused by runoff discharges from fire-extinguishing waters that contain PFAS such as aqueous film-forming foams (AFFF). These substances and their metabolites show a high degree of mobility as well as a low biotic and abiotic degradability; as a result, they are bioaccumulative and often migrate among the environmental compartments in addition to being toxic. As of now, there is no suitable end-of-life treatment process that is both technologically efficient and cost-effective for the handling of PFAS. Currently, the incineration of the collected extinguishing water at temperatures above 1100°C is the recommended method for the disposal of PFAS to degrade material compounds. However, this method consumes extensive energy because it requires incineration of large quantities of water to treat a diluted fraction of PFAS. Aside from incineration, adsorption of PFAS on granulated activated carbon is one of the most widely used technologies, albeit with poor adsorption and often requiring very large downstream filtration systems. Finally, the application of functional precipitation agents using commercially available cationic surfactants is a novel approach (PerfluorAd ® [Cornelsen] process) that enables the effective precipitation of PFAS from the spent fire-extinguishing waters. Hence, the goal of the present study was to investigate the environmental impacts emanating from the proper treatment of spent fire-extinguishing water with the aforementioned 3 end-of-life treatment scenarios. A life cycle assessment was conducted for this purpose. The results show that the PerfluorAd process outperforms the other 2 treatment technologies across all environmental impact categories except for ozone depletion.
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