Green Building at the Technion
Green building is a planning and engineering approach aimed at minimizing the environmental impact of buildings throughout their life cycle – from design and construction to operation and maintenance. The goal is to optimize the use of energy, water, and materials, reduce emissions and pollution, and create a healthy, comfortable, and safe living environment.
Why is it important?
Buildings are among the largest consumers of resources in the modern world—energy, water, land, and raw materials. As a leading academic campus, the Technion strives to serve as a model for integrating sustainability principles across all aspects of its operations, including infrastructure and construction.
What are we doing at the Technion?
At the Technion, green building principles are implemented in several key areas:
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Green Building Standard: Every new building on campus is required to meet Israel’s Green Building Standard (IS 5281).
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Climate-Sensitive Design: New buildings are designed with consideration for the local climate, including shading, thermal insulation, use of natural light, and passive ventilation.
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Sustainable Materials: In both new construction and renovation projects, recycled or industrially manufactured materials with green certifications are used.
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Energy Efficiency: HVAC, lighting, and plumbing systems are selected based on their energy performance, and buildings are equipped with advanced monitoring and control systems.
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Monitoring and Continuous Improvement: The Technion monitors buildings’ energy and water consumption and aims for continuous performance improvement.
Campus Highlights:
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Faculty of Civil and Environmental Engineering (Amado Building): Constructed according to green building standards, this building is a successful example of integrating environmental design, user comfort, and technological innovation.
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Leon and Carasso Dormitories: Designed with principles of energy conservation, graywater use, and sustainable landscaping.
Looking Ahead
The Technion continues to embed sustainability principles into the planning and execution of every new construction project, aiming to transform the campus into a model of innovation, excellence, and environmental responsibility.
