Environmental Activities
DL E&C will utilize the carbon neutrality trend as a new growth engine opportunity and continue to promote its transformation into an eco-friendly company. Each business division, housing, civil engineering, and plant, has designated eco-friendly strategies as a core part of their growth plans. They aim to expand their portfolio of eco-friendly new businesses, including the development of zero-energy buildings, expansion of eco-friendly transportation and environmental infrastructure, and engagement in carbon capture, utilization, and storage (CCUS) as well as bioenergy generation business. We have set a goal of KRW 2.5 trillion in sales from eco-friendly businesses and KRW 4.2 billion in clean technology investment by 2024, and will continue to increase the sales proportion from sustainable products until 2030.
Eco-friendly new business strategy
Eco-friendly new business areas
[Developing zero-energy building construction technology]
[Identifying environmental and transportation infrastructure redevelopment project opportunities]
[Expanding eco-friendly portfolio]
[Developing technology to optimize solar power generation efficiency]
[Expanding hydropower businesses]
[Advancing future energy technologies]
Eco-friendly technology development
As the international community's awareness and importance of eco-friendliness is increasing, the ability to respond to climate change is required not only in the construction industry but also in all industries. Accordingly, global companies are making various efforts to reduce greenhouse gas emissions such as energy saving in the building sector. DL E&C has been promoting the development of various eco-friendly technologies to meet the needs of consumers for a pleasant living environment and roadmap for mandatory zero-energy construction by the Ministry of Land, Infrastructure and Transport. In addition, we are continuously expanding high-efficiency and eco-friendly designs with the goal of realizing 100% zero-energy-saving housing.
| NO | Project TItle | Anticipated Benefit |
|---|---|---|
| 1 | Multi-platform housing visualization solution | Reduce resource input and minimize waste by constructing cyber model houses in virtual space. |
| 2 | AI enhancement for detecting exterior wall cracks in apt. building | Detect/repair cracks that occur during construction to minimize post-occupancy issues such as cracks and leaks |
| 3 | Phase 1 of smart home integrated robot service development | The integration of smart homes with robots performing tasks such as delivery to minimize human resource utilization |
| 4 | Development of UHPC composite modular connectors | Implementing sustainable housing through the distinctive modular structural technology of DL, enabling mobility, reinstallation, and retrieval |
| 5 | Optimization technique for modular exterior finishing | Implement optimized exterior finishing technique for modular reinstallation and etc. through OSC-based housing implementation |
| 6 | Prefabrication (modular) structure and design for rooftop construction | Minimizing on-site resources via differentiated technology in OSC-based modular design |
| 7 | Structural performance restoration solution. | Implement restoration solution during remodeling and maintenance of deteriorated structures to enhance durability and allow for structural reuse, saving resources |
| 8 | Certification for specialized load transfer PT technology in remodeling | Enabling remodeling of extension structures without foundation demolition or reinforcement, allowing structural reusability |
| 9 | AI & Smart Control System for individual units | Analyze unit heating characteristics and simulation for cost-saving heating logic |
| 10 | Virtual sensor & smart energy diagnostic system | The fusion of virtual sensor technology and AI control allows for anomaly detection in devices, learning from data to predict loads and enable optimal control |
