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2010 Dynapack GHG Reduction

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GHG Reduction Plan

Purpose:To reduce GHG emissions and offer a comfortable, healthy work environment.

Scope:Investigate the facilities of Dynapack and improve its efficiency to reduce the GHG emission.

Target:Reduce CO2e 1.29% of current emission in 2010 improvement activities.In 2010 inventory, Dynapack have9797.40 tonnes CO2e/Year.

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GHG Reduction Plan

Plan: Jan~Dec’10

1. Utilize Car Pool - To Reduce Car Traveling between Dynapack sites and suppliers’ site.

2. Reduce Lights Usage - Illumination improvement and then reduce the lights and light starters to sa

ve electricity usage.

3. Add frequency conversion air compressor - Add frequency conversion air compressor and save electricity usage.

4. Power reduction - The improvement of ventilation system .

5. Water reduction - Rebuild bathroom faucet

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Identify the Concept of Scope

Scope 1:Direct GHG emissions occur from sources that are owned or controlled by the company, for example, emissions form combustion in owned or controlled boilers, furnaces, vehicles, etc.; emissions from chemical production in owned or controlled process equipment.

Scope 2:GHG emissions from the generation of purchased electricity consumed by the company. Purchased electricity is defined as electricity that is purchased or otherwise brought into the organizational boundary of the company.

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Organizational & Operational Boundaries

Dynapack

Taiwan KunshanWujiang

Scope 1 Scope 2Scope 1 Scope 2Scope 1

Purchased Electricity

Transportation Purchased Electricity

Transportation Purchased Electricity

CO2CH4N2O

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Plan-1： Utilize Car Pool to Reduce Car Traveling - Reduce 72.925 tonnes CO2e/year

Note ： 2.63kg CO2e/L of diesel

2.3 kg CO2e/L of gasoline

　 2009 2010 Reduce CO2e/year

(Tonnes)

Diesel Usage (L) 71170 90890

72.92572.925

Gasoline Usage (L) 21573 36458

CO2e (kg) of Diesel 187177.1 239040.7

CO2e (kg) of Gasoline 49617.9 83853.4

CO2e (kg) of total 236795 322894.1

Output(PCS) 15081336 25146713

CO2e (Kg) of one PCS 0.0157 0.0128

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Plan-2： Reduce Lights Usage - Reduction: 2.919 tonnes CO2e/year

Item Light Reduction DescriptionReduce CO2e

1Illumination improvement-

Reduce the lights and light starters to save electricity usage

2.9192.919tonnestonnes

Area NO. of lightReduce Hrs (H)

Power(W) Day Energy saving

(KWh)Reduce CO2e

(tonnes)

Workshop 66 10 9 365 2168.100 2.162

OFFICE AREA 21 11 9 365 758.835 0.757

Note ： 0.997 kg CO2e/KWh, Taiwan Power Corporation, www.taipower.com.tw

Result ：

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Plan-3： Add frequency conversion air compressor - reduce 15.808 tonnes CO2e/year

Note ： 0.997 kg CO2e/KWh

Item DescriptionEst energy sav

ingReduce CO2e (tonnes/year)

1Add frequency conversion air compressor

15855.6

KWh/year15.80815.808

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Plan-4： Power reduction - reduce 34.423 tonnes CO2e/year

Note ： 0.997 kg CO2e/KWh, Taiwan Power Corporation, www.taipower.com.tw

Item DescriptionEst energy savin

gReduce CO2e (ton

nes/year)

1The improvement of

ventilation system 34527.06 KWh/year 34.42334.423

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Plan-5 ： Water reduction - reduce 0.339 tonnes CO2e/year

Note ： Reduced 0.194 kg CO2e / tonne water

Item DescriptionWater energy sa

vingReduce CO2e (ton

nes/year)

1Rebuild bathroom faucet

1749.6 T/year 0.3390.339

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2010 Dynapack CO2e Reduction

Description Reduce CO2e (Tonnes/Year)

Est. Total CO2e Reduction (Tonnes/Year)

Plan 1 Car pool 72.925

126.414

Plan 2 Reduce light & light starter

2.919

Plan 3 Add frequency conversion air compressor

15.808

Plan 4 The improvement of ventilation system

34.423

Plan 5 Rebuild bathroom faucet 0.339

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Summary and Future Plan

2010 GHG Reduction Result:Reduced 1.29% (126.414 tonnes/9797.40 tonnes) CO2e through 2009 improvement activities.

Future Plan:1% emission reduction per year.a. Power reduction. (Reduce overtime, lighting)b. Fuel usage reduction. (Transportation reduction due to overtime reduction)