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Kyocera Global Environmentally Friendly Products Certified Products in FY2006
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 Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving by reducing man-hours during production and reducing energy consumption during usage (11.6% CO2 emission on whole life-cycle is reduced).
· Contributing to a natural resource saving by miniaturization, weight saving, and improving performance of dismantling. (5.4% resource input is reduced on production stage). |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving by reducing man-hours during production and reducing energy consumption during usage (CO2 emission on whole life-cycle is increased by components are increased for improved function).
· Contributing to a resource recycling by using simple packaging materials and improving performance of dismantling. (7.3% resource input is reduced on production stage). |
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| Environmental consideration points |
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· Contributing to the awareness for the prevention of global warming and energy saving by allowing people to monitor energy use in the home."
· Contributing to resource recycling by using recyclable cardboard. |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving by reducing man-hours during production and reducing energy consumption during usage (CO2 emission on whole life-cycle is increased by components are increased for improved function).
· Contributing to a resource recycling by improving performance of dismantling. |
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| Multilayer Ceramic Chip Capacitor (CM05X5R105K10V) |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving through miniaturization and reducing energy consumption during production (60.4% CO2 emission on whole life-cycle is decreased).
· Contributing to a resource recycling through miniaturization and reducing input materials. (8.9% resource input is reduced on production stage). |
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*Because environmental impacts are changed greatly by applications after shipment, the use stages and disposal / recycling stages are excluded. |
| Multilayer Ceramic Chip Capacitors (CT105X5R475M04) |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving through miniaturization of profile and reducing energy consumption during production. (23.2% CO2 emission on whole life-cycle is decreased).
· Contributing to a resource recycling through miniaturization of profile. (5.6% resource input is reduced on production stage). |
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*Because environmental impacts are changed greatly by applications after shipment, the use stages and disposal / recycling stages are excluded. |
| Multilayer Ceramic Chip Capacitors (CT05X5R105M4V) |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving through miniaturization of profile and reducing energy consumption during production. (13.0% CO2 emission on whole life-cycle is decreased).
· Contributing to a resource recycling through miniaturization of profile. (2.8% resource input is reduced on production stage). |
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*Because environmental impacts are changed greatly by applications after shipment, the use stages and disposal / recycling stages are excluded. |
| Multilayer Ceramic Chip Capacitor (CT21X5R106K10V) |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving through miniaturization of profile and reducing energy consumption on production stage. (26.5% CO2 emission on whole life-cycle is decreased).
· Contributing to a resource recycling through miniaturization of profile. (50.9% resource input is reduced on production stage). |
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*Because environmental impacts are changed greatly by applications after shipment, the use stages and disposal / recycling stages are excluded. |
| Multilayer Ceramic Chip Capacitor (CM05X5R225M4V) |
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| Environmental consideration points |
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· Contributing to the prevention of global warming and energy saving through miniaturization and reducing energy consumption on production stage. (26.5% CO2 emission on whole life-cycle is decreased).
· Contributing to a resource recycling through miniaturization of profile. (50.9% resource input is reduced on production stage). |
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*Because environmental impacts are changed greatly by applications after shipment, the use stages and disposal / recycling stages are excluded. |
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Return to Environmental Assessment in Product Development |
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