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ACETECHNOLOGIES's Climate Report

Submitted on 2023-12-19

Introduction *

Commitment And Targets *

Own emissions *

Value chain emissions *

(optional)

Actions and plans to reduce emissions *

Climate Solutions *

(optional)

Management and strategy *

(optional)

Results, challenges and outlook *

Version 3.0

Introduction *

reporting year

*

2022

number of employees in the reporting year

*

133

Commitment And Targets *

net zero target year

*

2050

Base year

*

2022

near-term scope 1 target

*

50

target year

*

2030

near-term scope 2 target

*

50

target year

*

2030

Own emissions *

scope 1 emissions

scope 1 emissions (metric tons co2e)

*

618.96

own facilities

*

618.96

metric tons CO2e

own vehicles

*

Not measured

own processes

*

Not measured

scope 2 emissions

scope 2 emissions (metric tons co2e)

*

7719.32

total energy consumption (kwh)

*

12138429

renewable energy

*

-

purchased electricity

*

7719.32

metric tons CO2e

Renewable electricity (%)

-

purchased steam

*

N/A

Renewable electricity (%)

-

purchased heating

*

N/A

Renewable electricity (%)

-

purchased cooling

*

N/A

Renewable electricity (%)

-

Value chain emissions (optional) *

scope 3 emissions

scope 3 emissions (metric tons co2e)

*

30452.35

supply chain related - upstream emissions

purchased goods and services

*

4649.65

metric tons CO2e

capital goods

*

Not measured

fuel and energy related activities

*

20.02

metric tons CO2e

transportation and distribution (upstream)

*

476

metric tons CO2e

waste in operations

*

793.66

metric tons CO2e

business travel

*

40.05

metric tons CO2e

employee commuting

*

328

metric tons CO2e

leased assets (upstream)

*

348

metric tons CO2e

customer related - downstream emissions

transportation and distribution (downstream)

*

70.4

metric tons CO2e

processing of sold products

*

Not measured

use of sold products

*

23726.57

metric tons CO2e

end-of-life treatment of products

*

N/A

leased assets (downstream)

*

Not measured

franchises

*

N/A

investments

*

Not measured

Actions and plans to reduce emissions *

Scope 1 Actions

own facilities

Yes

By improving air conditioner dust filter cleaning cycle Calculation: CO2 3.97 Ton/year = (5,500kwh/year) * (0.7221) 1kwh= 0.7221kg

own vehicles

No

-

own processes

No

-

scope 2 actions

purchased electricity

Yes

1] By improving space efficiency, from 35,620㎡ to 24,376㎡, purchased electricity can be reduced from 485Mw to 345Mw (ACE Vietnam) Calculation: CO2 101.09 Ton/year = (140,000kwh/year) * (0.7221) 1kwh= 0.7221kg 2] By improving space efficiency, from 5,388㎡ to 4,861㎡, purchased electricity can be reduced from 3624Mw to 3400Mw in total use (ACE China) Calculation: CO2 118.18 Ton/year = (224,000kwh/year) * (0.5271) 1kwh= 0.5271kg 3] By minimizing use of elevators, PC screen timeouts, Controlling exhaust fan operation Calculation: CO2 10.19 Ton/year = (14,100kwh/year) * (0.7221)

purchased steam

N/A

-

purchased heating

N/A

-

purchased cooling

N/A

-

scope 3 actions

supply chain related (upstream)

purchased good and services

*

Yes

10% reduction by re-using common materials, and strict stock management Calculation: Aluminum 0.5kg/$, Copper 0.3kg/$, PET(Film) 0.3kg/$ (Purchased Aluminum $2,015,660, Copper $421,568, PET(Film) $29,616)

capital goods

*

No

-

fuel and energy related activities

*

Yes

By improving quality test process, from testing one port to testing two ports on one measurement. This new procedure reduces 30% of total test time. Calculation: CO2 3.47 Ton/year = (4,800kwh/year) * (0.7221) 1kwh= 0.7221kg Calculation: Total emission CO2 20.02 Ton/year = (27,724 number of products manufactured) * (0.7221)

transportation and distribution (upstream)

*

Yes

By Integration of cross-border (Truck) transportation from Dongguan, China to Vietnam, Total number of shipments are reduced from 50 shipments to 30 shipments. (1 shipment/day) Calculation: CO2 1.6 Ton = 1 Truck transportation = 1,500km/Fuel 600L Calculation: CO2 384 Ton/year = (CO21.6 ton) * (20 shipment/month) * (12months)

waste in operation

*

Yes

1] By recycling/reusing disposal plastic wastes generated during production. Calculation: CO2 606 Ton/year = (115,209 Ton /year) * (0.005264)1kg plastic waste reuse = 0.005264Kg CO2 Calculation: Total waste generation 145,767 Ton/year, recycling waste 115,209 Ton/year. 2] By introducing multifunction copier solution, and using side-papers. Calculation: CO2 2.84Ton/year = (540,120 side-paper pcs/year) * (0.005264kg) 1 side-paper pc = 0.005264Kg

business travel

*

Yes

1] By replacing face-to-face meeting into using video conference tool 2] By taking public transportation (one-way 85km) other than using commuting bus (two-way 170km)

employee commuting

*

Yes

By Mo-Pool Campaign (100 motorbikes, 200 employees) Calculation: Total emission CO2 328 Ton/year = (1,000 motorbikes) * (10L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) Calculation: CO2 32.8 Ton/year = (1,000 motorbikes) * (10L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) * (10% Mo-Pool)

upstream leased assets

*

Yes

By replacing commuter bus type (from four 16-seat buses to two 32-seat buses) and adjusting commuter bus route. Calculation: CO2 43 Ton/year = (15,645L save/year) * (2.73kg) Diesel 1L = 2.73kg Calculation: Total emission CO2 348 Ton/year = (Total commuter bus mileage 510,451 Km/year) * (2.73kg)

customer related (downstream)

transportation and distribution (downstream)

*

Yes

1] By Integration of Truck transportation from factory to airport, reducing 10% Truck shipment/day. Calculation: CO2 0.05 Ton = 1 Truck transportation = 90km/Fuel 20L Calculation: CO2 6 Ton/year = (CO20.05 Ton) * (12 months) * (10 number of trucks) Calculation: Total emission CO2 65.5 Ton/year = (100 Trucks/month) * (20L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) 2] By reducing for lift operation time by 10%,1,350minutes. Calculation: CO2 0.55 Ton/year =648kwh/year = (0.04khw) * (1,350min) * (12 month) Calculation: Total emission CO2 4.9. Ton/year = (6,822 Kw Total electricity charged) * (0.7221kg)(8 fork lift) * (14kwh/6hours), (1min = 0.04kwh)

processing of sold products

*

No

-

use of sold products

*

Yes

By Developing 10% low-electricity consuming products Calculation: Average input power 598.5w =5,242.86Kwh (1 year) * 9,051 (Number of sold products using electricity) *0.5 (Emission factor for electricity, kg CO2/kwh)

end-of-life treatment of products

*

N/A

-

leased assets (downstream)

*

N/A

-

franchises

*

No

-

investments

*

No

-

i have asked my suppliers to halve emissions before 2030 and join the un-backed race to zero campaign

*

Yes

percentage (%) of suppliers asked

*

30

percentage (%) of suppliers committed

*

10

i have communicated my commitment and actions to my business customers and asked them to join the un race to zero

*

Yes

percentage (%) of business customers asked

*

50

Percentage (%) of business customers committed

*

25

Climate Solutions (optional) *

are you investing in climate and/or nature outside your value chain?

*

No

Management and strategy (optional) *

Results, challenges and outlook *

ACETECHNOLOGIES's Climate Report

ACETECHNOLOGIES's Climate Report - 2022

Introduction *

reporting year

*

2022

number of employees in the reporting year

*

133

Commitment And Targets *

net zero target year

*

2050

Base year

*

2022

near-term scope 1 target

*

50

target year

*

2030

near-term scope 2 target

*

50

target year

*

2030

Own emissions *

scope 1 emissions

scope 1 emissions (metric tons co2e)

*

618.96

own facilities

*

618.96

metric tons CO2e

own vehicles

*

Not measured

own processes

*

Not measured

scope 2 emissions

scope 2 emissions (metric tons co2e)

*

7719.32

total energy consumption (kwh)

*

12138429

renewable energy

*

-

purchased electricity

*

7719.32

metric tons CO2e

Renewable electricity (%)

-

purchased steam

*

N/A

Renewable electricity (%)

-

purchased heating

*

N/A

Renewable electricity (%)

-

purchased cooling

*

N/A

Renewable electricity (%)

-

Value chain emissions (optional) *

scope 3 emissions

scope 3 emissions (metric tons co2e)

*

30452.35

supply chain related - upstream emissions

purchased goods and services

*

4649.65

metric tons CO2e

capital goods

*

Not measured

fuel and energy related activities

*

20.02

metric tons CO2e

transportation and distribution (upstream)

*

476

metric tons CO2e

waste in operations

*

793.66

metric tons CO2e

business travel

*

40.05

metric tons CO2e

employee commuting

*

328

metric tons CO2e

leased assets (upstream)

*

348

metric tons CO2e

customer related - downstream emissions

transportation and distribution (downstream)

*

70.4

metric tons CO2e

processing of sold products

*

Not measured

use of sold products

*

23726.57

metric tons CO2e

end-of-life treatment of products

*

N/A

leased assets (downstream)

*

Not measured

franchises

*

N/A

investments

*

Not measured

Actions and plans to reduce emissions *

Scope 1 Actions

own facilities

Yes

By improving air conditioner dust filter cleaning cycle Calculation: CO2 3.97 Ton/year = (5,500kwh/year) * (0.7221) 1kwh= 0.7221kg

own vehicles

No

-

own processes

No

-

scope 2 actions

purchased electricity

Yes

1] By improving space efficiency, from 35,620㎡ to 24,376㎡, purchased electricity can be reduced from 485Mw to 345Mw (ACE Vietnam) Calculation: CO2 101.09 Ton/year = (140,000kwh/year) * (0.7221) 1kwh= 0.7221kg 2] By improving space efficiency, from 5,388㎡ to 4,861㎡, purchased electricity can be reduced from 3624Mw to 3400Mw in total use (ACE China) Calculation: CO2 118.18 Ton/year = (224,000kwh/year) * (0.5271) 1kwh= 0.5271kg 3] By minimizing use of elevators, PC screen timeouts, Controlling exhaust fan operation Calculation: CO2 10.19 Ton/year = (14,100kwh/year) * (0.7221)

purchased steam

N/A

-

purchased heating

N/A

-

purchased cooling

N/A

-

scope 3 actions

supply chain related (upstream)

purchased good and services

*

Yes

10% reduction by re-using common materials, and strict stock management Calculation: Aluminum 0.5kg/$, Copper 0.3kg/$, PET(Film) 0.3kg/$ (Purchased Aluminum $2,015,660, Copper $421,568, PET(Film) $29,616)

capital goods

*

No

-

fuel and energy related activities

*

Yes

By improving quality test process, from testing one port to testing two ports on one measurement. This new procedure reduces 30% of total test time. Calculation: CO2 3.47 Ton/year = (4,800kwh/year) * (0.7221) 1kwh= 0.7221kg Calculation: Total emission CO2 20.02 Ton/year = (27,724 number of products manufactured) * (0.7221)

transportation and distribution (upstream)

*

Yes

By Integration of cross-border (Truck) transportation from Dongguan, China to Vietnam, Total number of shipments are reduced from 50 shipments to 30 shipments. (1 shipment/day) Calculation: CO2 1.6 Ton = 1 Truck transportation = 1,500km/Fuel 600L Calculation: CO2 384 Ton/year = (CO21.6 ton) * (20 shipment/month) * (12months)

waste in operation

*

Yes

1] By recycling/reusing disposal plastic wastes generated during production. Calculation: CO2 606 Ton/year = (115,209 Ton /year) * (0.005264)1kg plastic waste reuse = 0.005264Kg CO2 Calculation: Total waste generation 145,767 Ton/year, recycling waste 115,209 Ton/year. 2] By introducing multifunction copier solution, and using side-papers. Calculation: CO2 2.84Ton/year = (540,120 side-paper pcs/year) * (0.005264kg) 1 side-paper pc = 0.005264Kg

business travel

*

Yes

1] By replacing face-to-face meeting into using video conference tool 2] By taking public transportation (one-way 85km) other than using commuting bus (two-way 170km)

employee commuting

*

Yes

By Mo-Pool Campaign (100 motorbikes, 200 employees) Calculation: Total emission CO2 328 Ton/year = (1,000 motorbikes) * (10L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) Calculation: CO2 32.8 Ton/year = (1,000 motorbikes) * (10L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) * (10% Mo-Pool)

upstream leased assets

*

Yes

By replacing commuter bus type (from four 16-seat buses to two 32-seat buses) and adjusting commuter bus route. Calculation: CO2 43 Ton/year = (15,645L save/year) * (2.73kg) Diesel 1L = 2.73kg Calculation: Total emission CO2 348 Ton/year = (Total commuter bus mileage 510,451 Km/year) * (2.73kg)

customer related (downstream)

transportation and distribution (downstream)

*

Yes

1] By Integration of Truck transportation from factory to airport, reducing 10% Truck shipment/day. Calculation: CO2 0.05 Ton = 1 Truck transportation = 90km/Fuel 20L Calculation: CO2 6 Ton/year = (CO20.05 Ton) * (12 months) * (10 number of trucks) Calculation: Total emission CO2 65.5 Ton/year = (100 Trucks/month) * (20L average fuel consumption) * (2.73 CO2 emission per 1L) * (12 months) 2] By reducing for lift operation time by 10%,1,350minutes. Calculation: CO2 0.55 Ton/year =648kwh/year = (0.04khw) * (1,350min) * (12 month) Calculation: Total emission CO2 4.9. Ton/year = (6,822 Kw Total electricity charged) * (0.7221kg)(8 fork lift) * (14kwh/6hours), (1min = 0.04kwh)

processing of sold products

*

No

-

use of sold products

*

Yes

By Developing 10% low-electricity consuming products Calculation: Average input power 598.5w =5,242.86Kwh (1 year) * 9,051 (Number of sold products using electricity) *0.5 (Emission factor for electricity, kg CO2/kwh)

end-of-life treatment of products

*

N/A

-

leased assets (downstream)

*

N/A

-

franchises

*

No

-

investments

*

No

-

i have asked my suppliers to halve emissions before 2030 and join the un-backed race to zero campaign

*

Yes

percentage (%) of suppliers asked

*

30

percentage (%) of suppliers committed

*

10

i have communicated my commitment and actions to my business customers and asked them to join the un race to zero

*

Yes

percentage (%) of business customers asked

*

50

Percentage (%) of business customers committed

*

25

Climate Solutions (optional) *

are you investing in climate and/or nature outside your value chain?

*

No

Management and strategy (optional) *

Results, challenges and outlook *

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