Sources, Pathways And Environmental Fate Of Microplastics
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Sources, Pathways And Environmental Fate Of Microplastics

The ubiquity of plastic in virtually all industrial and consumer products has resulted in a continuous increase in the annual production of plastics. European and international policies support the transition towards a more sustainable economy, with the European Union (EU) Circular Economy Action Plan in place to reduce carbon budgets and support countries to become carbon neutral. 
Sources, Pathways And Environmental Fate Of Microplastics
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Sources, Pathways And Environmental Fate Of Microplastics

The ubiquity of plastic in virtually all industrial and consumer products has resulted in a continuous increase in the annual production of plastics. European and international policies support the transition towards a more sustainable economy, with the European Union (EU) Circular Economy Action Plan in place to reduce carbon budgets and support countries to become carbon neutral. 
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Microplastics Expert Workshop Report: Trash Free Waters Dialogue Meeting
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Microplastics Expert Workshop Report: Trash Free Waters Dialogue Meeting

Plastics pollution has raised concern worldwide, with a recent study estimating that 8 million metric tons of plastics was released into the world’s oceans in 2010 (Jambeck et al. 2015). Freshwater and terrestrial systems are also affected by plastics pollution, and research over the past few decades has shown that plastic items such as derelict fishing gear and plastic grocery bags can have detrimental effects on wildlife via entanglement and ingestion (reviewed by Browne et al. 2015; Provencher et al. 2017). 
Microplastics Expert Workshop Report: Trash Free Waters Dialogue Meeting
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Microplastics Expert Workshop Report: Trash Free Waters Dialogue Meeting

Plastics pollution has raised concern worldwide, with a recent study estimating that 8 million metric tons of plastics was released into the world’s oceans in 2010 (Jambeck et al. 2015). Freshwater and terrestrial systems are also affected by plastics pollution, and research over the past few decades has shown that plastic items such as derelict fishing gear and plastic grocery bags can have detrimental effects on wildlife via entanglement and ingestion (reviewed by Browne et al. 2015; Provencher et al. 2017). 
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Coos Bay Wastewater Treatment Plant #2 Preliminary Design
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Coos Bay Wastewater Treatment Plant #2 Preliminary Design

The purpose of this technical memorandum (TM) is to provide the City of Coos Bay an overview of the predesign report and a summary of some of its content. The predesign engineering for this project includes the design development of the City’s new wastewater treatment plant adjacent to the existing Wastewater Treatment Plant 2. The new plant will consist of an influent pump station, headworks screening and grit removal facility, sequencing batch reactor activated sludge process and ultraviolet disinfection prior to discharging to Coos Bay through an existing outfall pipe and diffuser. 

Coos Bay Wastewater Treatment Plant #2 Preliminary Design
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Coos Bay Wastewater Treatment Plant #2 Preliminary Design

The purpose of this technical memorandum (TM) is to provide the City of Coos Bay an overview of the predesign report and a summary of some of its content. The predesign engineering for this project includes the design development of the City’s new wastewater treatment plant adjacent to the existing Wastewater Treatment Plant 2. The new plant will consist of an influent pump station, headworks screening and grit removal facility, sequencing batch reactor activated sludge process and ultraviolet disinfection prior to discharging to Coos Bay through an existing outfall pipe and diffuser. 

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