The construction industry has a significant impact of the environment. As in this ArchDaily article, much of the impact is in carbon dioxide emissions and energy use.

Here are a few ways we can contribute to your efforts to reduce the environmental footprint of buildings—during construction and operation:

Saving energy.
Automated shading systems maximize energy savings and glare control. When the sun is burning brightly, and moving across the sky, shades can move automatically to uniform, preset degrees of closure. These intermediate, preset stopping locations provide the owner with control over heat build-up during the day, so less energy is used to cool the building. They can be controlled locally by a wall switch or from a central location, such as the building manager’s office. Shade operation can also be programmed to occur automatically at predetermined times based on the angle of the sun. In addition to controlling heat gain, shades also permit the use of natural light, reducing the need for artificial lighting.

A plant-based alternative.
Phifer SheerWeave fabrics made with DOW ECOLIBRIUM™—a bio-based plasticizer—are an answer to concerns over the presence in shade fabrics of petroleum-based chemicals called phthalates. DOW ECOLIBRIUM™ is a renewable, phthalate-free alternative, offering a more sustainable option, while having the same great performance and feel of current materials.

this bio-based plasticizer in shade material cuts greenhouse gas emissions by
as much as 40% versus existing PVC compounds. Since it’s mostly from non-fossil
fuel-based feed stock, there’s also a much lower carbon footprint.

Draper and Phifer created a calculator that approximates petroleum savings and greenhouse gas avoidance when using SheerWeave® Ecolibrium™ fabrics. Click here to calculate how big a difference you can make on your next project.

Recycled and recyclable fabrics.
Draper shades using recycled and recyclable fabrics help you optimize conservation.

GreenScreen® Evolve™ and Revive™ are Cradle-to-Cradle Certified™ Bronze,
meaning they meet minimum standards for material health, material
reutilization, renewable energy/carbon management, water stewardship, and
social fairness. They are made primarily of REPREVE polyester, a
US-manufactured recycled and recyclable fiber made from used water bottles.
Repreve is fiber made with 100% recycled content and is made responsibly to
make a difference. The Repreve process includes collecting and using
pre-consumer waste from manufacturing.

Nature™ helps us provide architects and designers with a product that has a
limited number of material ingredients and satisfies sustainable building design.
The fabric is 100% recyclable, PVC-free, and halogen-free. Another key
sustainability advantage of GreenScreen Nature is its inherent fire resistance.
As a 100% fiberglass shade material, GreenScreen Nature does not require
additional FR additives to make it resilient towards burn and flame.

Infinity 2 is another recyclable/recycled solution. This sustainable sun
control fabric is a full basketweave designed to meet the most stringent
environmental design standards. With 100% recycled content, Infinity 2 is also
100% recyclable and PVC-free. Infinity2 fabric offers the same solar heat and
glare control properties as traditional SheerWeave fabrics for conserving
energy, harnessing natural light, and maintaining interior comfort levels.

Click here to compare all of our fabric options.

Unplug from the power.
Consider conserving resources by unplugging your motorized shades and using battery power. FlexShade® ReCharge is a rechargeable, motorized window shade. It is easy to install in difficult areas with no wiring or electrician needed. Increase your energy conservation by connecting your ReCharge motors to solar recharging panels.

charge lasts over 500 cycles, several months of normal usage. ReCharge is Alexa
or Google Home compatible using the Recharge Data Hub.

Learn more about the FlexShade Recharge here.

The post Conserving Resources with Shades appeared first on Draper, Inc Blog Site.

Source: Blog Posts