For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
For decades, ANSI Z535 standards have provided guidance for presenting safety information in media such as safety signs, product labels, and, since 2006, product manuals and collateral materials. With evolving technology and connectivity, people - both product users and manufacturers - are increasingly turning to electronic media as another channel for finding or providing product information. ANSI Z535.7, the American National Standard for Product Safety Information in Electronic Media, helps bring ANSI Z535 concepts into these newer media. This poster provides an introduction to ANSI Z535.7 and also touches on some considerations of presenting safety information in electronic media that go beyond the standard.
The poster presentation focuses on an investigation into the evaluation of batteries for various properties that impact performance and safety. The batteries tested have been sourced from a variety of manufacturers for comparative analysis. The audience will gain knowledge in what potential pitfalls exist within lithium-ion batteries, and what is necessary to identify those, prior to implementation in a product. Data will be presented showing the wide variety in quality of batteries and how different operating conditions impact their performance and lifetime characteristics. Specific topics explored will include battery cell construction, energy capacity, degradation leading to capacity loss, and how quickly end of life is reached.
CSU, in partnership with the ASTM F15.05 subcommittee on pet products, has begun a research project to use CT scanning technology and an inflator balloon to collect anthropometric data around different points of "narrowing" in the digestive tract of different sized dogs. Additionally CSU will collect head, jaw, and mouth dimensions. Among other things, the intent is for this data to fuel to development of choking/ingestion test cylinders for dog toys, the dog equivalent of the human toy small parts cylinder.
Under the US EPA’s TSCA program for existing chemicals, providing insufficient or incomplete data about a business’s product or process can lead to erroneous risk conclusions by EPA and, ultimately, unnecessary and costly risk management measures. Small and midsize enterprises and downstream users of a chemical are particularly vulnerable to these determinations. To avoid this outcome, stakeholders up and down the value chain should be engaged in the TSCA process as early as possible. A review of the types of data needed by EPA was performed to assist the regulated community with identifying and organizing their data to optimize the accuracy of EPA’s risk assessment conclusions on the relevant Conditions of Use.
Market Surveillance is one of the pillars of quality infrastructure. In order to improve its activities in this area, Inmetro, the National Institute of Metrology, Quality and Technology of Brazil, plays a crucial role in ensuring product safety and compliance with technical regulations. As part of it's strategy it was established the Safety Products Laboratory-Nusep/Divig/Dconf/Inmetro in 2023. Among its activities, it has been carrying out several testing of products that are under regulation of Inmetro’s certification. Recently the laboratory was responsible for the organization of special operations in the country, for instance, one dedicated to wires and cables (43% of manufacturers showed irregularities) and another for toys (10% of the products showed some restrictions). The results are contributing to get a better quality of products available to consumers.
Consumers embrace the concept of recycling and brand owners want to offer products that respond to such noble aspiration. But, without proper traceability mechanisms, it is hard to confidently claim the amount of recycled material used in a finished good. Incremental cost and limited availability amount of recycled polyethylene terephthalate (rPET) have led to erroneous claims about 2/3 of the time.
This poster will share how a methodology was developed and accredited to accurately identify and quantify rPET. It will share the challenges faced during development, the selection of the chemical marker and the equipment evaluated and utilized to have the most consistent and accurate measurement.
Data on the body dimensions of youth are widely used in design and regulatory applications. However, the U.S. has not had a public, well-sampled, detailed child anthropometry study since the 1970s. Importantly, less information is available on body shape. To address this gap, body size, shape, health and physical capability data were gathered on 600 children ages 3 through 17 years. Data included 1D and 3D anthropometry (head, hand, foot and whole body), body composition, and measures of strength and fitness. Study outcomes will be used to create a new public archive of anthropometry and physical development data for U.S. youth. The dataset and interactive design tools will serve as a valuable resource for the design and evaluation of products and systems children use.
