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Carbon Emissions (SBT)

Net Zero by 2050

In 2024, TCC Group Holdings adhered to the 1.5°C pathway in accordance with the COP26 Climate Summit resolutions, set science-based targets (SBT) for 2030, and committed to achieving net zero by 2050.

That is the path we must succeed for the 30 years to come, the path of the carbon revolution!

ChairmanNelson An-ping Chang

The First Cement Company in East Asia to Commit to Net Zero by 2050 and Pass Its 1.5°C SBT Validation

TCC Group Holdings set its SBT in 2020 as East Asia's first SBTi-validated cement company. In January 2025, the Cement and Environmental Protection Business (Taiwan and Mainland China sites) passed the 1.5°C validation and committed to net zero by 2050. European subsidiaries CIMPOR and OYAK Cement also completed their near-term and long-term 1.5°C targets and net-zero setting. In March 2026, TCC Group Holdings submitted group-wide, consolidated net-zero targets for SBTi validation, while the Charging and Storage Business (Europe) completed its near-term 1.5°C target setting.

 

NEAR TERM

LONG TERM

NET-ZERO

Taiwan and Mainland China

1.5°C

-

COMMITTED

CIMPOR

1.5°C

1.5°C

1.5°C

OYAK Cement

1.5°C

1.5°C

1.5°C

Charging and Storage Business (Europe)

1.5°C

-

-

SBT 1.5°C 2030 Near-Term Target (Cement and Environmental Protection — Asia)

Scope 1 and Scope 2 emission intensity and Scope 3 emissions for the Cement and Environmental Protection Business (Asia). The 2030 near-term targets have passed SBTi validation.

Scope

Unit

Base Year 

2024 

2025 

2030 Near-Term Target

Scope 12

kg CO2e/t Cementitious Materials

2016: 724

642

637

-23.9%

Scope 22

kg CO2e/t Cementitious Materials

2016: 30

25

26

-64.4%

Scope 33

tCO2e

NA

NA

2,457,018

NA

SBT 1.5°C 2030 Near-Term Target (Cement and Environmental Protection — Europe-Africa)

CIMPOR

Scope

Unit

Base Year 

2024 

2025

2030 Near-Term Target

Scope 1

kg CO2e/t Cementitious Materials

2022: 659

659

632

-19.5%

Scope 2

kg CO2e/t Cementitious Materials

2022: 28

24

15

-55.7%

Scope 34

tCO2e

NA

482,490

1,068,531

NA

OYAK Cement

Scope

Unit

Base Year 

2024 

2025 

2030 Near-Term Target

Scope 1

kg CO2e/t Cementitious Materials

2021: 740

672

640

-20.5%

Scope 2

kg CO2e/t Cementitious Materials

2021: 49

42

41

-56.3%

Scope 34

tCO2e

2021: 3,059,619

1,802,816

1,884,152

NA

SBT 1.5°C 2030 Near-Term Target (Charging and Storage Business-Europe )

NHOA Energy

Scope

Unit

Base Year 

2025 

2030 Near-Term Target

Scope 1 + 2

tCO2e

2024: 253

122

Absolute emissions reduced by 42%

Scope 35

tCO2e / per battery cell installed

2024: 0.05

0.10

C11 Use of Sold Products | carbon emission intensity reduced by 51.6% per battery cell installed

Scope 3

84%

87%

C1 Purchased Goods and Services | 86% of suppliers by emissions to set SBT by 2029

Atlante (Under the SME pathway)

Scope

Unit

Base Year

2025

2030 Near-Term Target

Scope 1+2

tCO2e

2024: 159

120

Absolute emissions reduced by 42%

2050 Net-Zero Commitment
  • Date submitted: July 2, 2024
  • Commitment validated: TCC Group Holdings received official notification from SBTi on July 24, 2024
  • Net-zero target setting proceeds in two stages. In Stage 1, TCC Group Holdings completed the Scope 3 inventory across 15 categories for Taiwan and Mainland China, recording 2025 Scope 3 emissions of 2,457,018 tCO2e for those sites. In Stage 2, TCC Group Holdings submitted its group-wide, consolidated net-zero targets for official SBTi validation in March 2026
  • The 2050 net-zero target is a 90% reduction across total Scope 1, 2, and 3 emissions

Note

  1. Targets are set via SBTi methodology as gross GHG emissions per ton of cementitious product. Scope 2 uses market-based method.
  2. Scope 1 & 2 targets for Cement and Environmental Protection (Asia) cover Taiwan and Mainland China plants, excluding Longshan and Liaoning plants, RMC plants, and grinding stations due to operational factors.
  3. 2025 Scope 3 emission boundary for Cement and Environmental Protection (Asia) covers Taiwan and Mainland China cement plants (including Longshan and Liaoning plants), RMC plants, and grinding stations; submitted for SBTi validation in March 2026.
  4. CIMPOR's SBT target boundary covers cement plants and grinding plants in Portugal. Its 2024 Scope 3 inventory covered Portugal cement plants, expanding in 2025 to RMC, aggregate, dry mortar, and paper bag plants. OYAK Cement's Scope 3 emissions increased as its Denizli limestone plant (commissioned in 2024) reached full operation in 2025.
  5. Scope 2 emissions are calculated using the market-based method.
  6. Driven by global energy storage expansion and evolving project configurations, Scope 3 Category 11 emissions increased in 2025. Associated emissions are primarily dictated by the technology of procured battery cells; anticipated improvements in supplier cell efficiency in the coming years will support progress toward the 2030 decarbonization target.

TCC SBT Target Setting History

Timeline of TCC Group Holdings' SBT target setting, with the vertical axis descending from 2°C to 1.5°C and extending to NET ZERO. The six milestones are: 2019, first cement company in the Greater China region to commit; 2020, set carbon reduction targets based on SBTi science-based targets; 2024, update targets with a 1.5°C pathway; 2025, official SBTi validation of the 1.5°C targets; 2030, achieve 1.5°C carbon emission intensity target; and 2050, achieve Net Zero carbon emission intensity target. The 2019 milestone corresponds to the First Stage Target of 2°C, 2030 to the Near-Term Targets, and 2050 to the Net Zero Target.
Milestones in SBT Target Setting
  • In December 2019, TCC Group Holdings submitted its commitment as the first cement company in the Greater China region to commit to carbon reduction under the SBT method, and set its First Stage Target on the SBT well-below 2°C pathway.
  • In July 2020, SBTi validation was passed and carbon reduction targets were set based on SBTi science-based targets, with 2016 as the base year and 2025 as the target year, aiming to reduce Scope 1 carbon emission intensity by 11% and Scope 2 carbon emission intensity by 32% against the 2016 base year.
  • In July 2024, TCC Group Holdings updated its targets with a 1.5°C pathway.
  • In January 2025, official SBTi validation of the 1.5°C targets was obtained.
  • The Near-Term Targets of TCC Group Holdings are to achieve the 1.5°C carbon emission intensity target by 2030.
  • The Net Zero Target of TCC Group Holdings is to achieve the Net Zero carbon emission intensity target by 2050.

TCC Group Holdings SBT Target and Emission Intensity

 

2016

2017

2018

2019

2020

2021

2022

2023

2024

2025

2026

2027

2028

2029

2030

SBT Well-below 2°C

0.755

0.745

0.736

0.727

0.718

0.709

0.700

0.692

0.683

Aligning with the SBT 1.5°C target

SBT 1.5°C

-

0.645

-

0.552

TCC Performance

0.755

0.736

0.738

0.740

0.733

0.724

0.709

0.686

0.668

0.663

-

-

-

-

-

Note

  1. Base year (2016) emissions were 35,991,990 metric tons CO2e.

TCC 10 Decarbonization & Green Transition Strategies

Icon representing the alternative raw materials strategy

Alternative Raw Materials

Icon representing the alternative fuels strategy

Alternative Fuels

Icon representing the alternative clinker strategy

Alternative Clinker1

Icon representing the equipment and process enhancements strategy

Equipment & Process Enhancements

Icon representing the waste heat recovery power generation strategy

Power Generation by Waste Heat Recovery

Icon representing the renewable energy strategy

Renewable Energy

Icon representing the energy storage strategy

Energy Storage

Icon representing the power cells strategy

Power Cells

Icon representing the carbon capture strategy

Carbon Capture

Icon representing the carbon sink strategy

Carbon Sink

Note

  1. Alternative clinker refers to new materials.
  2. TCC Group Holdings will evaluate the progress of its strategies and technological developments both domestically and internationally to neutralize residual emissions and to further mitigate emissions beyond its value chain using carbon credits. These credits may be purchased from external or internationally verified sources, or generated from captured carbon in alignment with government policies for carbon credits.