Energy Management
Wellell’s primary energy consumption is electricity. The parent company’s greenhouse gas emissions, electricity usage, water consumption, and total waste volume over the past four years are shown below. Additionally, currently the Company has not yet adopted renewable energy, and the renewable energy utilization ratio is 0%.

Greenhouse gas
Wellell has introduced greenhouse gas inventory in accordance with the ISO 14064-1:2018 standard. Due to the fact that Wellell is mainly engaged in light assembly and the energy used in the manufacturing process is mainly electricity, the largest source of emissions is purchased electricity under Scope 2. In 2025, due to the addition and replacement of equipment, Category 1 direct emissions increased.

2022-2025 Greenhouse Gas Emissions of Wellell Headquarters


2025 Greenhouse Gas Emissions of Wellell Group (Scope 1 and Scope 2)


Power Consumption


Water Consumption
No water is used in Wellell’s production processes, and the total water consumption is mainly daily water consumption.


Waste Generation
Wellell does not produce hazardous waste. Non-hazardous waste can be divided into two types: “waste cloth generated during manufacturing processes” and “general waste.” As far as waste disposal is concerned, Wellell adheres strictly to the Waste Disposal Act when collecting, classifying, and storing waste. The Company commissions qualified waste disposal companies to dispose of waste according to the regulations. In addition, Wellell ensures that the disposal companies and waste processors provide final proof of transportation and disposal upon receipt of the waste. The recycling and reuse of waste is entrusted to qualified processors for disposal and transportation.

Environmental Resource Management

Product Manufacturing

Although Wellell does not operate in an industry with a high energy consumption and its production model is primarily based on assembly, the Company strictly adheres to environmental regulations and meets all requirements. None of our manufacturing processes generate substances that pollute the environment. In addition, Wellell requires its raw material suppliers to comply with the Restriction of Hazardous Substances (RoHS) Directive, which restricts the use of certain hazardous substances in electronic products. Currently, Wellell is gradually moving toward using recyclable or biodegradable green products. The Company places great emphasis on material sourcing, strength, durability, and biocompatibility to ensure that its products are not only more comfortable and safer to use, but also more environmentally friendly.

Digital learning reduces resource consumption

To reduce the environmental impact of physical business travel, Wellell practically applied digital product courses. By introducing online courses and digital teaching materials across subsidiaries in the world, we not only effectively reduce carbon emissions from international business travel and transportation but also significantly reduce resource consumption associated with printing physical teaching materials. In 2025, by using electronic teaching materials, over 3600 sheets of A4 paper were saved, equivalent to reducing approximately 27.36 kg of carbon dioxide emissions, while enhancing the efficiency and flexibility of education and training.

Furthermore, online learning enables remote participation for colleagues worldwide and provides video playbacks, which can substantially promote knowledge sharing and real-time communication within the company, enhances learning outcomes, and drives the company toward a low-carbon, high-efficiency green office culture, demonstrating Wellell’s dual commitments to sustainability and digital transformation.

Note: Based on Taiwan’s Product Carbon Footprint Information Network of the Environmental Protection Administration of the Executive Yuan, the carbon footprint for a ream of 500 sheets of A4 paper is calculated at 3.8 kg Co2e.

Fully use gifts made from environment-friendly materials

Wellell is committed to sustainable development and environmental protection. In 2025, all gifts were made from environment-friendly materials or reusable products, and by selecting low-carbon products, the overall carbon emissions were effectively reduced, such as tote bags, paper bags, notebooks, and thermal cups, and coasters, made of eco-friendly recycled materials, achieving a total carbon reduction of 5.5 metric tons.