Wison Engineering regards sustainable development as a core strategy and actively practices green principles throughout project implementation. By optimizing production processes, applying energy-saving technologies, and promoting renewable energy, we continuously reduce carbon emissions and resource consumption. Our professional environmental management team supervises the entire project execution process to ensure every stage meets environmental standards, while ongoing technological innovation enhances resource utilization efficiency and minimizes environmental impact.
To fully implement our low-carbon philosophy, we have established a comprehensive management system that covers both project sites and office operations. On the project side, each construction team is supported by dedicated environmental personnel to strictly enforce pollution prevention measures. In daily operations, an energy conservation and emission reduction task force monitors and optimizes energy use, driving continuous improvement toward green operations and demonstrating our steadfast commitment to building an environmentally friendly enterprise.
Wison Engineering regards addressing climate change as an important opportunity to advance sustainable development. We recognize that climate action not only improves the environment but also creates new business value. By actively investing in emerging areas such as the hydrogen energy value chain and industrial carbon capture, we are committed to driving the clean energy transition while reducing carbon emissions and seizing new opportunities for green growth. Our goal is to establish carbon-neutral solutions that balance environmental benefits, social impact, and economic viability.
To strengthen climate resilience, we have fully integrated climate considerations into our strategic decision-making process. Through systematic assessment of the risks and opportunities brought by climate change, we continuously enhance our operational adaptability. From technological research and development to project execution, Wison Engineering remains innovation-driven, developing low-carbon technologies and optimizing resource utilization to contribute to the achievement of sustainable development goals.
We regularly measure and disclose our greenhouse gas emissions to ensure data accuracy and transparency. In addition to Scope 1 emissions (from fuel consumption, company vehicles, and fugitive emissions) and Scope 2 emissions (from electricity use), we have also identified and calculated certain Scope 3 emissions, including those from procurement, transportation, waste disposal, and employee travel.
We have established a comprehensive waste management system that systematically reduces the environmental impact of our operations through source reduction, classified collection, and safe disposal measures. A professional environmental management team oversees implementation to ensure that every stage, from production to office operations, meets the highest environmental standards. At the same time, we continuously optimize resource efficiency and promote circular economy practices, striving to minimize our ecological footprint while achieving business growth.
We place particular emphasis on full-process waste management and have established strict standards for waste classification, storage, and disposal. All waste is professionally categorized based on its level of hazard and characteristics, and handled in compliance by certified organizations. Through regular employee training and contractor management, we ensure environmental responsibilities are effectively fulfilled at every stage. This management system extends beyond internal operations to include our supply chain partners, fostering a responsible and sustainable industrial ecosystem together.
Emissions Management
Wison Engineering has established a comprehensive air pollutant management system that covers the entire process of control across both construction sites and office areas. The company ensures effective control of exhaust emissions through tiered management, standardized discharge, and professional treatment, all under the full supervision of the HSE team. At the same time, Wison continues to advance green innovation. In the future, the company plans to adopt photovoltaic power generation and energy storage systems to replace the traditional reliance on diesel generators at project sites, thereby optimizing the energy structure. By utilizing renewable and sustainable energy sources, we aim to reduce emissions of carbon dioxide, nitrogen oxides, and sulfur dioxide, further enhancing the effectiveness of air emission management.
Wison Engineering places great importance on water resource management, actively promoting water conservation and reuse in both project construction and daily operations. During construction, we implement green building practices, optimizing processes, advancing wastewater recycling, and utilizing unconventional water sources to improve water efficiency and reduce reliance on natural water supplies. In office operations, we advocate for sustainable practices, maintain comprehensive facility inspection and maintenance programs, and encourage employees to adopt water-saving habits, fostering a culture of participation across the company. Through systematic water management and continuous improvement, we continually enhance water use efficiency, fulfill our environmental responsibilities, and contribute to sustainable development.
Energy management
We are committed to promoting sustainable energy management and optimizing the efficient use of resources. In energy management, we optimize resource allocation, implement energy-efficient designs and high-performance equipment, and monitor energy consumption throughout the project lifecycle to enhance energy efficiency. On construction sites, we apply energy-saving and emission-reduction technologies, optimize ethylene cracking furnaces and separation processes, and implement green design and supply chain management to ensure projects are environmentally friendly, safe, and efficient. In office areas, we improve resource utilization and reduce environmental impact through low-cost energy-saving retrofits, smart lighting and HVAC optimization, water-saving devices, and sustainable commuting initiatives.
We have obtained the ISO 14064-1: 2018
Greenhouse Gas Verification Statement
Certification issued by SGS, an internationally
recognized testing, inspection, and certification
organization.
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