Sustainability

When designing a building space, the planning and consideration of light sources and light utilization can have a tremendous impact on energy consumption and overall building aesthetics.

Building spaces that utilize natural daylight and allow employees to maintain a visual connection with the outdoor environment have been shown to increase occupant comfort and productivity. Balancing these benefits with several challenges such as heat gain/loss, glare control, and the variations in daylight availability will ensure you achieve a healthy, productive environment for all occupants.

In areas where daylighting is not possible or must be augmented, ultra high efficiency bulbs are up to 1000 times more efficient than a comparable incandescent bulb. Considering the number of fixtures in a typical building, the energy reduction possibilities are staggering.

The use of dimmers, timers, and other energy monitoring devices will ensure that owners can maximize benefits from investing in energy efficient bulbs.

By utilizing local suppliers for building materials, output of pollutants responsible for climate change and air quality problems can be kept to a minimum. Even small reductions starting on a project-by-project basis can have a massive impact on the overall emission output associated with transporting construction materials.

Additionally, supporting a regional economy through the purchasing of locally sourced materials creates a positive community impact each time a new construction project is started.

Careful consideration of a construction project’s potential impact on wetlands, water bodies, or other wildlife habitat is a crucial step in the process of avoiding unintended environmental damages. Environmental repairs and restoration associated with construction can be costly to fix and take many years to restore to their original state.

Through selective development and thoughtful planning, communities will benefit from an optimized infrastructure that works to protect its land resources.

Water conservation often tops the list of concerns when it comes to green building practices in the United States. Demands on our nation’s fresh water supply grow significantly every year. The logistics surrounding the transportation and treatment of water account for a large portion of the entire nation’s electricity needs.

Fortunately, there are several building practices and technology advancements that can be integrated into your next project to drastically reduce water consumption. One of the most common reduction techniques is to implement low-flow toilets, shower heads, and faucets. Ultra-high efficiency fixtures can account for a 50% or more efficiency improvement over standard fixtures.

Another major water reduction opportunity lies in responsible landscaping. Using native plants, harvesting rainwater for irrigation, and choosing a design that’s both efficient to grow and aesthetically pleasing will all lead to a decrease in overall water consumption.

Simple planning, commitment to responsible usage, and the utilization of new green construction technologies will all make a tremendous contribution to the creation of a successful green building project.

Whenever possible, a strong effort should be made to use green, low environmental impact construction materials. Examples of green building materials include products that are recycled, conserve natural resources, avoid toxic emissions, or save energy and water.

Building owners often have concerns over the balance between green material usage and cost control goals. Label interpretations and material selections can be complex; however, having a wide variety of green materials to choose from allows an owner to customize their green commitment to an individual budget. It’s important to remember that even small green material commitments make large impacts when multiplied on a national scale.

Whether your goal is to achieve certification, or simply to build in a sustainable manner, there’s a green material alternative to make your next building project a success.