Importance and Mission

Climate change is having widespread and increasingly severe impacts on the world’s ecosystems. To solve the problems and slow down the upcoming severity, the United Nations (UN) and its member states are setting targets and looking for ways to reduce the global environmental impacts together. This is reflected in international frameworks such as the United Nations Framework Convention on Climate Change (UNFCCC) and the Paris Agreement, which focus on the key goal in limiting the increase in global average temperature to be below 1.5 degrees Celsius for achieving carbon neutrality by 2050 and net zero emissions by 2065.

Ichitan Group Public Company Limited has been aware of importance of such impacts since the beginning of its business operation. Therefore, the Company has assigned the board of directors and executives to play a role in supervising, determining, and developing policies and guidelines for managing climate change with commitment to promote low-carbon economy and support Thailand’s climate change policy through innovations in energy-efficient production processes, use of renewable energy, optimization of resource efficiency, and implementation of sustainability projects in the organization’s supply chain to reduce negative impacts on society and the environment. The Company has set targets to reduce greenhouse gas emissions in line with international goals, and is one of the organizations that support sustainable production and consumption under the framework of 17 sustainable development goals (UN Sustainable Development Goals: SDGs) to drive sustainable organizations towards the goal of carbon neutrality by 2050, as well as participating in environmental conservation and raising awareness among employees and all stakeholders, while maintaining a balance in the economy, society, and the environment for sustainability and stability in the future.

Stakeholders Directly Impacted

Investors / Shareholders
Consumers
Employees
Society and Community
Business Partners / Creditors 

Goal and Performance Highlights

Goals
Long-term Goals
Aim for Carbon Neutrality
by 2050
Short-term Goals
To reduce average greenhouse gas emissions by
1.5%
by 2024
Short-term Goals
To reduce electricity and heat consumption per production unit by
1.5%
by 2024
Performance Highlights
Reduced greenhouse gas emissions by
3,280.58
tons carbon dioxide equivalent
representing a reduction rate of 2.15%
Reduced electricity and heat consumption by
0.0019
gigajoules (GJ) / production unit
representing a reduction rate of 0.15%
Generated solar power up to
5,610,770
kilowatt-hours (kWh) / year
which is equivalent to energy savings of 24.64 million baht
Reduced greenhouse gas emissions by
1,250.08
tons carbon dioxide equivalent

Management Approach

  1. Set policies and targets to reduce greenhouse gas emissions to achieve carbon neutrality by 2050 in line with the international goals for limiting increase in average global temperature to no more than 1.5°C.
  2. Set a working team for sustainable development to be responsible for developing plans, monitoring global and local climate change situations that affect sustainability, and reporting the results of the plan implementation to the Governance and Sustainability Committee and the Board of Directors.
  3. Assess climate change risks, and identify support measures and operational guidelines to effectively reduce greenhouse gas emissions to achieve carbon neutrality.
  4. Promote clean energy by using renewable energy from sunlight (ICHITAN SUNERGY) in Ichitan Green Factory in accordance with the guidelines of the Thailand Voluntary Greenhouse Gas Reduction Project (T-VER).
  5. Create participation with stakeholders throughout the value chain to reduce negative environmental impacts.

In line with its commitment to cope with climate change, the Board of Directors has set a target to reduce greenhouse gas emissions to achieve carbon neutrality by 2050, and has assigned the Corporate Governance and Sustainability Committee and senior executives to oversee, define, and develop policies and guidelines for managing climate change. The working team on sustainable development is responsible for formulating plans and monitoring global and local climate change situations that have impacts on sustainability throughout the business value chain, and regularly reports the results of the plan implementation to the Corporate Governance and Sustainability Committee and the Board of Directors. In addition, the Company has conducted a comprehensive assessment of climate change risks and impacts to ensure that the Company has measures in place to appropriately and promptly cope with such risks. The working team on risk management is responsible for assessing risks from climate change situations together with the working team on sustainable development, and reporting to the Risk Management Committee quarterly.

However, the Company has divided its greenhouse gas management approach into 3 scopes: direct greenhouse gas emission (Scope 1), indirect greenhouse gas emission (Scope 2), and other indirect greenhouse gas emission (Scope 3). The operational framework is in line with the guidelines of the task force on climate-related financial disclosure (TCFD) through supporting projects and activities such as optimizing energy efficiency, improving production process efficiency, renewable solar energy project (ICHITAN SUNERGY), and project of efficiency management on eco-friendly transportation and distribution etc., as well as promoting all stakeholders to participate in driving operations to achieve long-term climate change goals.

Approaches to Air Quality Management

The Company places importance on controlling, preventing and reducing air pollution resulting from business activities, especially the production process that may have an impact on society and the environment. Therefore, the Company is committed to strictly elevating the control of air quality around the factory. Air quality is monitored and managed to meet the standards in accordance with the ISO14001:2015 international standard.

However, the Company has a wet scrubber system, which is used to treat polluted air from the production process, such as pollution, acid fumes, chemical fumes and dust from the air, etc., by using liquids to absorb pollutants from the air and using packing media to create a larger surface area for odor capture. It can be used with particles that are at risk of catching fire and exploding, and can treat air pollution in the form of particles, gases and vapors simultaneously, such as dust, fumes, and mist etc., with Smile Laboratory Co., Ltd. as the operator of the organization's environmental quality measurement.

Climate Change Risk Assessment

The Company is committed to addressing risks and opportunities related to climate change that may occur by assigning a working team on risk management to assess risks, impacts and opportunities related to climate change that may affect the business operation. The results of such risk assessment must be reported to the Risk Management Committee and the Governance and Sustainability Committee for approval of effective mitigation measures or operational guidelines to reduce greenhouse gas emissions.

Climate Change Impacts
Climate Change Impacts
Measures and Guidelines for Coping with Climate Change Risks
Risk Issues Coping Measures and Guidelines

Damage of Business Assets

  • Regularly assess location of the buildings, equipment, machinery and business assets that may be at risk from disasters (e.g. floods, fires, droughts, etc.).

Sudden Business Interruption

  • Monitor and assess risks, covering ESG aspects to plan for response, prevention and preparation in a timely manner, without causing business interruption, or causing the minimum possible impact.

Air Pollution

  • Optimize energy consumption, and invest in renewable energy technologies, as well as monitor performance to reduce greenhouse gas emissions to meet the set targets.

Lack of raw materials

  • Plan appropriate inventory management.
  • Build good relationships with multiple suppliers to provide alternatives in case of shortages.

Occupational Health and Safety of Employees

  • Develop and revise safety policies and heat management guidelines for employees, and provide space for good ventilation and air circulation.

Implementation and Performance

Greenhouse Gas Emission Data Classified by Scope

(Unit: tCO2eq)

Direct greenhouse gas (GHG)

Direct greenhouse gas (GHG)

Energy indirect greenhouse gas (GHG)

Energy indirect greenhouse gas (GHG)

Other Indirect greenhouse gas (GHG)

Other Indirect greenhouse gas (GHG)
Scopes Sources of Greenhouse Gas Emission 2022 2023 2024
Scope 1 Direct greenhouse gas (GHG) emission includes stationary combustion, mobile combustion, leakage, etc. 19,729 22,348 20,963
Scope 2 Energy indirect greenhouse gase (GHG) emission includes energy consumption (Unit: tCO2eq) 19,047 22,180 24,273
Scope 3 Other Indirect greenhouse gas (GHG) emission are such as acquisition of raw materials and packages (Unit: tCO2eq) 93,485 100,240 104,156
Total 132,261 144,768 149,392

Note:

  • The agency that verifies the organization's greenhouse gas emission data is the Greenhouse Gas Management Organization (GMO).
  • Data on greenhouse gas emissions in 2024 is currently being verified by external agencies, and may change.

Performance

(Unit: tCO2eq/production unit)

Rate of Greenhouse Gas Emission
Intensity of Greenhouse Gas Emission (Scope 1 and Scope 2) Per Production Unit

(Unit: tCO2eq/production unit)

Rate of Greenhouse Gas Emission 2022 2023 2024
Rate of Greenhouse Gas Emission (Scope 1 and Scope 2) 0.1275 0.1224 0.1176
Energy Consumption Data

Electrical energy consumption

(Unit: GJ)

Electrical energy consumption Electrical energy consumption

Heat energy consumption

(Unit: GJ)

Heat energy consumption Heat energy consumption
Energy Consumption 2022 2023 2024
Electrical energy consumption 152,974 180,725 194,997
Heat energy consumption 273,409 266,138 297,602
Total 426,383 446,863 492,599
Intensity of Energy Consumption / Production Unit

(Unit: GJ/production unit)

Rate of Energy Consumption 2022 2023 2024
Rate of energy consumption per production unit 1.4018 1.2288 1.2808
Reduction of Greenhouse Gas Emission

(Unit: tCO2eq)

Optimization of energy consumption

Optimization of energy consumption

Use of renewable solar energy

Use of renewable solar energy

Efficiency management on eco-friendly transportation and distribution

Efficiency management on eco-friendly transportation and distribution

Optimization of spantap water consumption

Optimization of tap water consumption Optimization of tap water consumption

Effective waste management from the production process

Effective waste management from the production process Effective waste management from the production process
Description 2022 2023 2024
Optimization of energy consumption 788.52 3,562.11 250.83
Use of renewable solar energy 978.56 1,299.51 1,250.08
Efficiency management on eco-friendly transportation and distribution 129.69 238.10 227.45
Optimization of tap water consumption 141.04 206.67 213.39
Effective waste management from the production process 873.56 1,786.87 1,338.83
Total 2,911.37 7,093.26 3,280.58