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| FY2005 targets | FY2005 results |
Self-Evaluation | Activities for FY2006 | Medium- and Long-Term Targets (FY2010) | ||
|---|---|---|---|---|---|---|
| CO2 emissions | 355,000t-CO2 or less | 349,000t-CO2
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Target: 355,000t-CO2 or less
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370,000t-CO2 or less | ||
| Waste | Recycling rate for dismantled communications equipment | 98% or higher | 98.7% (3,501t)
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Target: 99% or higher
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99% or higher | |
| Recycling rate for construction waste | Specific materials:98% or higher Other:62% or higher |
Specific materials: 93.6% Other: 71.2% (Total waste volume: 1,862t)
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Target: Specific materials: 98% or higher Other: 74%
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Specific materials:99% or higher Other:84% or higher |
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| Recycling rate for office waste | 52% or higher | 51.5% (Emissions: 4,134t)
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Target: 57% or higher
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70% or higher | ||
| Virgin pulp consumption(Office paper) | 70t or less | 135t
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Target: 70t or less
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37.5t or less | ||
Self-evaluation
=Favorable results
=Roughly on par with plan
=Slightly delayed
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NTT Communications is promoting a broad range of activities that help to prevent global warming, including energy saving of ICT equipment that accounts for 90% of the total CO2 emissions of our business activities, as well as equipment each employee uses every day both in the office and at home.
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A stable power supply for communications equipment and air-conditioning systems for communications equipment rooms is essential to providing high quality communications services. At NTT Communications, we replaced our previous less-efficient power supply equipment to an uninterruptible power supply (UPS) system, which is 2-5% more efficient. Regarding air-conditioning systems, we introduced MACSV, a system around 17% more efficient than the previous one. Additionally, we will undertake further efforts to scale down our energy-consumption profile through original measures to prevent global warming (see pages 18-19)--Recognized by the Tokyo Metropolitan Government as an excellent example of efforts in this area--and, in turn, continuously restrict our CO2 emissions.
Figures up to fiscal 2003 are for NTT Communications Corporation only. From fiscal 2004 onward, figures account for the total volume of the NTT Communications Group.
In fiscal 2005, power procurement and clean energy generation of the NTT Communications Group amounted to 880 million kWh and 17 million kWh, respectively.
Figures up to fiscal 2003 are for NTT Communications Corporation only. From fiscal 2004 onward, figures account for the total volume of the NTT Communications Group.
In fiscal 2005, the volume of CO2 emissions produced by the business operations of the NTT Communications Group amounted to a total of 349,000t-CO2, including emissions of 332,000t-CO2 due to power use and 17,000t-CO2 from the use of company vehicles, and oil and gas used in business operations.
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Following on from efforts carried out in the previous year, NTT Communications conducted a series of measures aimed at preventing global warming as part of wider national projects. Such measures included:
- -Office air-conditioning systems were set to 28C over the summer and employees were encouraged to compensate by dressing lightly ("Cool Biz"campaign).
- -We participated in the activities of "Team Minus 6%,"a national project in which participating companies pledge to reduce their greenhouse gas output by 6%.
- -We promoted the "2Up, 3 Down"rule: Employees were encouraged to walk up two flights of stairs and down three rather than take the elevator.
- -We reduced the number of operating elevators at set time periods throughout the day.
At NTT Communications Hibiya Building, the "Cool Biz"campaign promoted from July to September 2005 resulted in a 124t reduction in CO2 emissions. This is equivalent to the annual CO2 absorption level of approximately 8,850 cedar trees. Additionally, customers visiting NTT Communications premises were informed of our guidelines on lighter clothing by means of posters and brochures.
Furthermore, employees are actively encouraged to pursue measures at home to help stem global warming.
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The core CPU in computers operates on a direct current (DC) power supply. In conventional systems, a complex method is commonly used: alternating current power (AC), which is provided by the power supplier, is converted by UPS to direct current power (DC), and reverted to AC before being sent to servers and routers. NTT Communications is working to promote a DC power supply system that causes less converting loss. In the course of this effort, we are proposing our housing service clients to adopt DC equipment as a way to reduce total costs resulting from less power consumption.


