Sustainability
McCaffery Interests’ thoughtfulness and creativity extends to our consistent application of the best practices in sustainable design, construction and property management services. McCaffery Interests has an established track record of developing pedestrian-friendly, urban-infill sites in conjunction with existing and new public transportation improvements, thus we were “green” long before it became fashionable. From this experience we know that responsible urban planning and mixed-use development, where appropriate densities and uses are combined with smart growth principles, is the right thing to do for the environment and the communities we serve. We seek to develop and manage properties that provide healthy living/working environments and maximize value for our investors, while minimizing the impact on the planet.
The development teams we lead are composed of professionals knowledgeable in sustainable design and construction, who work from conception through execution in a comprehensive manner to achieve sustainable goals we set for our developments and the properties we manage. These teams are overseen by McCaffery Interests’ Project Managers who are themselves LEED-AP’s.
Most recently, McCaffery Interests designed two Chicago developments to LEED-NC silver standards, The Morgan at Loyola Station and Flair Tower. Our Lakeside Chicago development was awarded the designation of LEED-ND. The master plan for Potomac Yard was recently awarded preliminary recognition by the Washington Smart Growth Alliance. Some strategies we have employed to meet these strict sustainable standards include:
• Reduction of heat islands with green roofs and reflective surfaces
• Improved air quality through low-VOC emitting paints, adhesives, carpeting, etc..and access to fresh air via windows, balconies and terraces
• Promotion of alternative transportation through shared car services, bike storage/ bike paths and locations near public transportation and basic goods/services
• Recycling of construction waste and ongoing operations waste
• Reduction of the use of natural materials through the specification of recycled materials
• Reduction in carbon emissions through the specification of locally-produced materials
• Reduction in energy usage through energy-efficient appliances/windows and CFL bulbs
• Enhanced daylighting through the design of the building envelope and floor plans
• Enhanced thermal comfort through individual temperature controls and operable windows
• Reduction in water usage through the employment of irrigation sensors, drought-tolerant/native plants and low-flow plumbing fixtures
• Integrated stormwater runoff with open space planning
