�ݺ�ߣshows by User: AftonChemical

�ݺ�ߣshows by User: AftonChemical / http://www.slideshare.net/images/logo.gif �ݺ�ߣshows by User: AftonChemical / Wed, 10 Jul 2019 18:04:56 GMT �ݺ�ߣShare feed for �ݺ�ߣshows by User: AftonChemical Afton Chemical Mexico Energy Reform /slideshow/afton-chemical-mexico-energy-reform-154757057/154757057 mexicoenergyreformforwebv-190710180456
Mexico Energy Reform]]>
Mexico Energy Reform]]> Wed, 10 Jul 2019 18:04:56 GMT /slideshow/afton-chemical-mexico-energy-reform-154757057/154757057 AftonChemical@slideshare.net(AftonChemical) Afton Chemical Mexico Energy Reform AftonChemical Mexico Energy Reform <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/mexicoenergyreformforwebv-190710180456-thumbnail.jpg?width=120&height=120&fit=bounds" /> Mexico Energy Reform

Afton Chemical Mexico Energy Reform from Afton Chemical

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0 Afton Chemical - Tilting at Wind Turbines: An Adventure in Lubrication /slideshow/afton-chemical-tilting-at-wind-turbines-an-adventure-in-lubrication/102710188 aftonchemicalnlgitiltingatwindturbines2018-180620122429
The use of wind turbines to generate electricity continues to grow putting more emphasis on the importance of understanding and overcoming the lubrication challenges raised by this relatively new technology. This work will review the overall lubrication needs of wind turbines with a focus on the use of lubricating greases. Key challenges will be addressed with an emphasis on the role of additives in overcoming technical hurdles and screening tools used for development work. ]]>
The use of wind turbines to generate electricity continues to grow putting more emphasis on the importance of understanding and overcoming the lubrication challenges raised by this relatively new technology. This work will review the overall lubrication needs of wind turbines with a focus on the use of lubricating greases. Key challenges will be addressed with an emphasis on the role of additives in overcoming technical hurdles and screening tools used for development work. ]]> Wed, 20 Jun 2018 12:24:29 GMT /slideshow/afton-chemical-tilting-at-wind-turbines-an-adventure-in-lubrication/102710188 AftonChemical@slideshare.net(AftonChemical) Afton Chemical - Tilting at Wind Turbines: An Adventure in Lubrication AftonChemical The use of wind turbines to generate electricity continues to grow putting more emphasis on the importance of understanding and overcoming the lubrication challenges raised by this relatively new technology. This work will review the overall lubrication needs of wind turbines with a focus on the use of lubricating greases. Key challenges will be addressed with an emphasis on the role of additives in overcoming technical hurdles and screening tools used for development work. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemicalnlgitiltingatwindturbines2018-180620122429-thumbnail.jpg?width=120&height=120&fit=bounds" /> The use of wind turbines to generate electricity continues to grow putting more emphasis on the importance of understanding and overcoming the lubrication challenges raised by this relatively new technology. This work will review the overall lubrication needs of wind turbines with a focus on the use of lubricating greases. Key challenges will be addressed with an emphasis on the role of additives in overcoming technical hurdles and screening tools used for development work.

Afton Chemical - Tilting at Wind Turbines: An Adventure in Lubrication from Afton Chemical

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0 Afton Chemical & Scott Miller: The Renaissance in U.S. Manufacturing /slideshow/afton-chemical-scott-miller-the-renaissance-in-us-manufacturing/98293771 aftonchemicalstlescottmillerpresentation-180523164000
U.S. Manufacturing has faced decline over the past 20+ years, yet is still central to American economic performance in the future Technological changes have been a driving force for disruption. Now, however, technology is creating avenues for U.S. manufacturers to boost their productivity, agility, and global competitiveness Capturing these opportunities will require new capabilities from firms as well as coherent government policies that focus on the future instead of trying to re-create the past ]]>
U.S. Manufacturing has faced decline over the past 20+ years, yet is still central to American economic performance in the future Technological changes have been a driving force for disruption. Now, however, technology is creating avenues for U.S. manufacturers to boost their productivity, agility, and global competitiveness Capturing these opportunities will require new capabilities from firms as well as coherent government policies that focus on the future instead of trying to re-create the past ]]> Wed, 23 May 2018 16:40:00 GMT /slideshow/afton-chemical-scott-miller-the-renaissance-in-us-manufacturing/98293771 AftonChemical@slideshare.net(AftonChemical) Afton Chemical & Scott Miller: The Renaissance in U.S. Manufacturing AftonChemical U.S. Manufacturing has faced �decline over the past 20+ years, yet is still central to American �economic performance in the future Technological changes have been a driving force for disruption. Now, however, technology is creating avenues for U.S. manufacturers to boost their productivity, agility, and global competitiveness Capturing these opportunities will require new capabilities from firms as well as coherent government policies that focus on the future instead of trying to re-create the past <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemicalstlescottmillerpresentation-180523164000-thumbnail.jpg?width=120&height=120&fit=bounds" /> U.S. Manufacturing has faced �decline over the past 20+ years, yet is still central to American �economic performance in the future Technological changes have been a driving force for disruption. Now, however, technology is creating avenues for U.S. manufacturers to boost their productivity, agility, and global competitiveness Capturing these opportunities will require new capabilities from firms as well as coherent government policies that focus on the future instead of trying to re-create the past

Afton Chemical & Scott Miller: The Renaissance in U.S. Manufacturing from Afton Chemical

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0 Afton Chemical STLE 2017 /slideshow/afton-chemical-stle-2017/87266657 aftonchemicalstle2017-180205183513
Friction control and coolant compatibility are important factors in slideway applications. The right additive formulations can help achieve good performance in both. Marc Ingram, an R&D Engineering Specialist at Afton, presented on this topic during the 2017 STLE meeting in Atlanta. ]]>
Friction control and coolant compatibility are important factors in slideway applications. The right additive formulations can help achieve good performance in both. Marc Ingram, an R&D Engineering Specialist at Afton, presented on this topic during the 2017 STLE meeting in Atlanta. ]]> Mon, 05 Feb 2018 18:35:13 GMT /slideshow/afton-chemical-stle-2017/87266657 AftonChemical@slideshare.net(AftonChemical) Afton Chemical STLE 2017 AftonChemical Friction control and coolant compatibility are important factors in slideway applications. The right additive formulations can help achieve good performance in both. Marc Ingram, an R&D Engineering Specialist at Afton, presented on this topic during the 2017 STLE meeting in Atlanta. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemicalstle2017-180205183513-thumbnail.jpg?width=120&height=120&fit=bounds" /> Friction control and coolant compatibility are important factors in slideway applications. The right additive formulations can help achieve good performance in both. Marc Ingram, an R&D Engineering Specialist at Afton, presented on this topic during the 2017 STLE meeting in Atlanta.

Afton Chemical STLE 2017 from Afton Chemical

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0 Polartech EA 700 - The power to prevent foam and separation /slideshow/polartech-ea-700-the-power-to-prevent-foam-and-separation/83951388 polartechea700thepowertopreventfoamandseparation-171212190310
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. To address the challenges caused by increased use of high-pressure coolant delivery systems, Afton has developed Polartech EA700, a unique, patent-pending polymer designed specifically for metalworking applications. Originally presented during STLE's 2017 Annual Meeting in Atlanta by Bill Harwood, Marketing Manager, on behalf of Anthony Jarvis, R&D Manager ]]>
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. To address the challenges caused by increased use of high-pressure coolant delivery systems, Afton has developed Polartech EA700, a unique, patent-pending polymer designed specifically for metalworking applications. Originally presented during STLE's 2017 Annual Meeting in Atlanta by Bill Harwood, Marketing Manager, on behalf of Anthony Jarvis, R&D Manager ]]> Tue, 12 Dec 2017 19:03:10 GMT /slideshow/polartech-ea-700-the-power-to-prevent-foam-and-separation/83951388 AftonChemical@slideshare.net(AftonChemical) Polartech EA 700 - The power to prevent foam and separation AftonChemical Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. To address the challenges caused by increased use of high-pressure coolant delivery systems, Afton has developed Polartech EA700, a unique, patent-pending polymer designed specifically for metalworking applications. Originally presented during STLE's 2017 Annual Meeting in Atlanta by Bill Harwood, Marketing Manager, on behalf of Anthony Jarvis, R&D Manager <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/polartechea700thepowertopreventfoamandseparation-171212190310-thumbnail.jpg?width=120&height=120&fit=bounds" /> Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. To address the challenges caused by increased use of high-pressure coolant delivery systems, Afton has developed Polartech EA700, a unique, patent-pending polymer designed specifically for metalworking applications. Originally presented during STLE's 2017 Annual Meeting in Atlanta by Bill Harwood, Marketing Manager, on behalf of Anthony Jarvis, R&D Manager

Polartech EA 700 - The power to prevent foam and separation from Afton Chemical

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0 Driveline Trends /AftonChemical/driveline-trends-78244719 drivelinetrends-170725182714
As the driveline industry continues to evolve, the driveline market is changing. In India in particular, developments such as globalization and localization, emissions legislation, and increased vehicle ownership are impacting industry driveline lubricant needs. ]]>
As the driveline industry continues to evolve, the driveline market is changing. In India in particular, developments such as globalization and localization, emissions legislation, and increased vehicle ownership are impacting industry driveline lubricant needs. ]]> Tue, 25 Jul 2017 18:27:14 GMT /AftonChemical/driveline-trends-78244719 AftonChemical@slideshare.net(AftonChemical) Driveline Trends AftonChemical As the driveline industry continues to evolve, the driveline market is changing. In India in particular, developments such as globalization and localization, emissions legislation, and increased vehicle ownership are impacting industry driveline lubricant needs. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/drivelinetrends-170725182714-thumbnail.jpg?width=120&height=120&fit=bounds" /> As the driveline industry continues to evolve, the driveline market is changing. In India in particular, developments such as globalization and localization, emissions legislation, and increased vehicle ownership are impacting industry driveline lubricant needs.

Driveline Trends from Afton Chemical

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0 Formulating for Fuel Economy /slideshow/formulating-for-fuel-economy/77142068 lgfueleconomyarticle-170621131456
Originally Published in Lubes & Greases EMAI]]>
Originally Published in Lubes & Greases EMAI]]> Wed, 21 Jun 2017 13:14:56 GMT /slideshow/formulating-for-fuel-economy/77142068 AftonChemical@slideshare.net(AftonChemical) Formulating for Fuel Economy AftonChemical Originally Published in Lubes & Greases EMAI <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/lgfueleconomyarticle-170621131456-thumbnail.jpg?width=120&height=120&fit=bounds" /> Originally Published in Lubes & Greases EMAI

Formulating for Fuel Economy from Afton Chemical

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0 Formulating tools to maximize fluid concentrate and dilution stability part 2 /slideshow/formulating-tools-to-maximize-fluid-concentrate-and-dilution-stability-part-2/75851280 formulatingtoolstomaximizefluidconcentrateanddilutionstabilitypart2-170510125240
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. ]]>
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. ]]> Wed, 10 May 2017 12:52:40 GMT /slideshow/formulating-tools-to-maximize-fluid-concentrate-and-dilution-stability-part-2/75851280 AftonChemical@slideshare.net(AftonChemical) Formulating tools to maximize fluid concentrate and dilution stability part 2 AftonChemical Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/formulatingtoolstomaximizefluidconcentrateanddilutionstabilitypart2-170510125240-thumbnail.jpg?width=120&height=120&fit=bounds" /> Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE.

Formulating tools to maximize fluid concentrate and dilution stability part 2 from Afton Chemical

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0 Formulating tools to maximize fluid concentrate and dilution stability Part 1 /slideshow/formulating-tools-to-maximize-fluid-concentrate-and-dilution-stability-part-1/75777645 formulatingtoolstomaximizefluidconcentrateanddilutionstabilitypart1-170508131241
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. ]]>
Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. ]]> Mon, 08 May 2017 13:12:41 GMT /slideshow/formulating-tools-to-maximize-fluid-concentrate-and-dilution-stability-part-1/75777645 AftonChemical@slideshare.net(AftonChemical) Formulating tools to maximize fluid concentrate and dilution stability Part 1 AftonChemical Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/formulatingtoolstomaximizefluidconcentrateanddilutionstabilitypart1-170508131241-thumbnail.jpg?width=120&height=120&fit=bounds" /> Afton Chemical tailors metalworking solutions to meet user application needs by combining our state-of-the-art R&D facilities around the world with our unique collaborative development process. Afton experts are actively involved with industry organizations to keep in close contact with our customers and understand their evolving needs. Our participation in these organizations also enables us to share Afton insight and stay updated on the latest industry trends. Karen Harrington, a Metalworking formulating specialist at Afton, recently presented on how to test and fix common issues in metalworking fluid formulations at a meeting of the Chicago Section of the STLE.

Formulating tools to maximize fluid concentrate and dilution stability Part 1 from Afton Chemical

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0 White Etching Formation Due to Surface Stress /slideshow/white-etching-formation-due-to-surface-stress/75641177 wea-170503144909
One of the major causes of premature failures of wind turbine gearing systems is the formation of axial cracks in wind turbine bearings. Increased surface stress results in increased subsurface stress, which in turn leads to a phase change in steel known as white etching areas (WEA). Cracks form in the steel within or at the edge of the WEA and these cracks lead to fatigue damage. Afton Chemical has conducted research on the causes of white etching formation and the role of lubricants in controlling WEA. Afton observed that lubricants that can control surface stress by forming the proper tribofilm on a surface can control fatigue. Afton Technical Advisor Mark Devlin presented on this topic during the 2015 AWEA O&M and Safety Seminar.]]>
One of the major causes of premature failures of wind turbine gearing systems is the formation of axial cracks in wind turbine bearings. Increased surface stress results in increased subsurface stress, which in turn leads to a phase change in steel known as white etching areas (WEA). Cracks form in the steel within or at the edge of the WEA and these cracks lead to fatigue damage. Afton Chemical has conducted research on the causes of white etching formation and the role of lubricants in controlling WEA. Afton observed that lubricants that can control surface stress by forming the proper tribofilm on a surface can control fatigue. Afton Technical Advisor Mark Devlin presented on this topic during the 2015 AWEA O&M and Safety Seminar.]]> Wed, 03 May 2017 14:49:09 GMT /slideshow/white-etching-formation-due-to-surface-stress/75641177 AftonChemical@slideshare.net(AftonChemical) White Etching Formation Due to Surface Stress AftonChemical One of the major causes of premature failures of wind turbine gearing systems is the formation of axial cracks in wind turbine bearings. Increased surface stress results in increased subsurface stress, which in turn leads to a phase change in steel known as white etching areas (WEA). Cracks form in the steel within or at the edge of the WEA and these cracks lead to fatigue damage. Afton Chemical has conducted research on the causes of white etching formation and the role of lubricants in controlling WEA. Afton observed that lubricants that can control surface stress by forming the proper tribofilm on a surface can control fatigue. Afton Technical Advisor Mark Devlin presented on this topic during the 2015 AWEA O&M and Safety Seminar. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/wea-170503144909-thumbnail.jpg?width=120&height=120&fit=bounds" /> One of the major causes of premature failures of wind turbine gearing systems is the formation of axial cracks in wind turbine bearings. Increased surface stress results in increased subsurface stress, which in turn leads to a phase change in steel known as white etching areas (WEA). Cracks form in the steel within or at the edge of the WEA and these cracks lead to fatigue damage. Afton Chemical has conducted research on the causes of white etching formation and the role of lubricants in controlling WEA. Afton observed that lubricants that can control surface stress by forming the proper tribofilm on a surface can control fatigue. Afton Technical Advisor Mark Devlin presented on this topic during the 2015 AWEA O&M and Safety Seminar.

White Etching Formation Due to Surface Stress from Afton Chemical

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0 Functional fuels for advanced engine technology /slideshow/functional-fuels-for-advanced-engine-technology-69883721/69883721 functionalfuelsforadvancedenginetechnology-161206174130
Functional fuels for advanced engine technology]]>
Functional fuels for advanced engine technology]]> Tue, 06 Dec 2016 17:41:29 GMT /slideshow/functional-fuels-for-advanced-engine-technology-69883721/69883721 AftonChemical@slideshare.net(AftonChemical) Functional fuels for advanced engine technology AftonChemical Functional fuels for advanced engine technology <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/functionalfuelsforadvancedenginetechnology-161206174130-thumbnail.jpg?width=120&height=120&fit=bounds" /> Functional fuels for advanced engine technology

Functional fuels for advanced engine technology from Afton Chemical

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0 Functional Fuels for Advanced Engine Technology /slideshow/functional-fuels-for-advanced-engine-technology/68319572 functionalfuelsforadvancedenginetechnology-161107120604
Global economies are currently in the midst of a rapid evolution in the transportation sector. Efforts to improve efficiency and fuel economy while reducing emissions will be the dominant forces driving changes in future engine and fuel technologies. The development of effective fuel additive technology will be a key factor in enabling continued advancements in engine and fuel performance. Afton Chemical presented on this topic at Simpósio Internacional de Engenharia Automotiva (SIMEA) 2016 in Sao Pablo, Brazil, an annual event that has been hosted by the Brazilian Association of Automotive Engineering for over 30 years. Titled ‘Functional Fuel for Advanced Vehicle Technology’, the presentation delved into the challenges and opportunities presented by changing engine designs and discussed how fuel additives are enabling evolution in fuel and vehicle technology.]]>
Global economies are currently in the midst of a rapid evolution in the transportation sector. Efforts to improve efficiency and fuel economy while reducing emissions will be the dominant forces driving changes in future engine and fuel technologies. The development of effective fuel additive technology will be a key factor in enabling continued advancements in engine and fuel performance. Afton Chemical presented on this topic at Simpósio Internacional de Engenharia Automotiva (SIMEA) 2016 in Sao Pablo, Brazil, an annual event that has been hosted by the Brazilian Association of Automotive Engineering for over 30 years. Titled ‘Functional Fuel for Advanced Vehicle Technology’, the presentation delved into the challenges and opportunities presented by changing engine designs and discussed how fuel additives are enabling evolution in fuel and vehicle technology.]]> Mon, 07 Nov 2016 12:06:04 GMT /slideshow/functional-fuels-for-advanced-engine-technology/68319572 AftonChemical@slideshare.net(AftonChemical) Functional Fuels for Advanced Engine Technology AftonChemical Global economies are currently in the midst of a rapid evolution in the transportation sector. Efforts to improve efficiency and fuel economy while reducing emissions will be the dominant forces driving changes in future engine and fuel technologies. The development of effective fuel additive technology will be a key factor in enabling continued advancements in engine and fuel performance. Afton Chemical presented on this topic at Simpósio Internacional de Engenharia Automotiva (SIMEA) 2016 in Sao Pablo, Brazil, an annual event that has been hosted by the Brazilian Association of Automotive Engineering for over 30 years. Titled ‘Functional Fuel for Advanced Vehicle Technology’, the presentation delved into the challenges and opportunities presented by changing engine designs and discussed how fuel additives are enabling evolution in fuel and vehicle technology. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/functionalfuelsforadvancedenginetechnology-161107120604-thumbnail.jpg?width=120&height=120&fit=bounds" /> Global economies are currently in the midst of a rapid evolution in the transportation sector. Efforts to improve efficiency and fuel economy while reducing emissions will be the dominant forces driving changes in future engine and fuel technologies. The development of effective fuel additive technology will be a key factor in enabling continued advancements in engine and fuel performance. Afton Chemical presented on this topic at Simpósio Internacional de Engenharia Automotiva (SIMEA) 2016 in Sao Pablo, Brazil, an annual event that has been hosted by the Brazilian Association of Automotive Engineering for over 30 years. Titled ‘Functional Fuel for Advanced Vehicle Technology’, the presentation delved into the challenges and opportunities presented by changing engine designs and discussed how fuel additives are enabling evolution in fuel and vehicle technology.

Functional Fuels for Advanced Engine Technology from Afton Chemical

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0 The Impact of Low Speed Pre-Ignition on Next Generation Engine Oils /slideshow/afton-chemical-the-impact-of-low-speed-preignition-on-next-generation-engine-oils/42488933 aftonchemical-theimpactoflowspeedpre-ignitiononnextgenerationengineoils-141208153111-conversion-gate01
Kristin Fletcher, R&D Scientist at Afton Chemical presented the challenges facing the automotive industry with the phenomena of Low Speed Pre-Ignition (LSPI). She discussed the current legislative challenges facing car manufacturers and new technology that is able to meet those challenges. In addition, she reviewed relevant findings available in the literature demonstrating fuel and lubricant impacts on the frequency of LSPI produced in a test engine.]]>
Kristin Fletcher, R&D Scientist at Afton Chemical presented the challenges facing the automotive industry with the phenomena of Low Speed Pre-Ignition (LSPI). She discussed the current legislative challenges facing car manufacturers and new technology that is able to meet those challenges. In addition, she reviewed relevant findings available in the literature demonstrating fuel and lubricant impacts on the frequency of LSPI produced in a test engine.]]> Mon, 08 Dec 2014 15:31:11 GMT /slideshow/afton-chemical-the-impact-of-low-speed-preignition-on-next-generation-engine-oils/42488933 AftonChemical@slideshare.net(AftonChemical) The Impact of Low Speed Pre-Ignition on Next Generation Engine Oils AftonChemical Kristin Fletcher, R&D Scientist at Afton Chemical presented the challenges facing the automotive industry with the phenomena of Low Speed Pre-Ignition (LSPI). She discussed the current legislative challenges facing car manufacturers and new technology that is able to meet those challenges. In addition, she reviewed relevant findings available in the literature demonstrating fuel and lubricant impacts on the frequency of LSPI produced in a test engine. <img style="border:1px solid #C3E6D8;float:right;" alt="" src="https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemical-theimpactoflowspeedpre-ignitiononnextgenerationengineoils-141208153111-conversion-gate01-thumbnail.jpg?width=120&height=120&fit=bounds" /> Kristin Fletcher, R&D Scientist at Afton Chemical presented the challenges facing the automotive industry with the phenomena of Low Speed Pre-Ignition (LSPI). She discussed the current legislative challenges facing car manufacturers and new technology that is able to meet those challenges. In addition, she reviewed relevant findings available in the literature demonstrating fuel and lubricant impacts on the frequency of LSPI produced in a test engine.

The Impact of Low Speed Pre-Ignition on Next Generation Engine Oils from Afton Chemical

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0 https://cdn.slidesharecdn.com/profile-photo-AftonChemical-48x48.jpg?cb=1563212556 Afton Chemical Corporation, part of the NewMarket Corporation (NYSE: NEU) family of companies, develops and manufactures petroleum additives that help fuels burn cleaner and more efficiently, engines run smoother, and machines last longer. The company supports global operations through regional headquarters located in Asia Pacific, EMEAI, Latin America and North America. Afton Chemical Corporation is headquartered in Richmond, Virginia. www.aftonchemical.com https://cdn.slidesharecdn.com/ss_thumbnails/mexicoenergyreformforwebv-190710180456-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/afton-chemical-mexico-energy-reform-154757057/154757057 Afton Chemical Mexico ... https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemicalnlgitiltingatwindturbines2018-180620122429-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/afton-chemical-tilting-at-wind-turbines-an-adventure-in-lubrication/102710188 Afton Chemical - Tilti... https://cdn.slidesharecdn.com/ss_thumbnails/aftonchemicalstlescottmillerpresentation-180523164000-thumbnail.jpg?width=320&height=320&fit=bounds slideshow/afton-chemical-scott-miller-the-renaissance-in-us-manufacturing/98293771 Afton Chemical & Scott...