03.10.2017 Views

Apple Environmental Responsibility Report

You also want an ePaper? Increase the reach of your titles

YUMPU automatically turns print PDFs into web optimized ePapers that Google loves.

95 percent of the material from<br />

the demolished buildings at the site<br />

was recycled or reused in the new<br />

<strong>Apple</strong> campus.<br />

<strong>Apple</strong> Park is populated by over 9000<br />

trees, including more than 7000 newly<br />

planted shade and fruit trees.<br />

We’re building the greenest corporate headquarters<br />

on the planet.<br />

<strong>Apple</strong> Park in Cupertino is on track to be the largest LEED Platinum–certified<br />

office building in North America—and that includes facilities dedicated to<br />

energy-intensive research and development. It’s powered by 100 percent<br />

renewable energy, 75 percent of which is generated onsite by a 17-megawatt<br />

rooftop solar installation and 4 megawatts of baseload biogas fuel cells. Any<br />

additional energy required is drawn from the California Flats Solar Project<br />

in nearby Monterey County. When the building has less use—on weekends,<br />

for example—it will actually generate renewable energy that’s delivered to<br />

Pacific Gas and Electric for use in the public grid. Over 80 percent of the<br />

new campus is open space with more than 9000 drought-tolerant trees.<br />

Most of them are oak, and many are shade and fruit trees. We also reclaimed<br />

old-growth oak trees from California landscapes where they would otherwise<br />

have been destroyed. To conserve water, the new campus uses 75 percent<br />

recycled nonpotable water to care for its dense forest and to run other onsite<br />

facilities where fresh water isn’t required.<br />

In 2016, <strong>Apple</strong> opened a new 38-acre campus in Austin, Texas, housing<br />

more than 5300 employees. The project is expected to be certified to<br />

the Gold level of the U.S. Green Building Council’s LEED rating system.<br />

The development’s environmental design features include LED lighting,<br />

high-efficiency water fixtures, stormwater detention ponds and wetland<br />

treatment, and native drought-tolerant plants, which will be irrigated using<br />

a 600,000-gallon rainwater cistern. Together, the environmental design<br />

features are expected to save over 6,692,000 kilowatt-hours, 26,700 therms<br />

of energy, and 4,336,200 gallons of water each year, compared to local<br />

building code requirements. During construction, 94 percent of building<br />

demolition waste was either reused or recycled. In addition, the Austin<br />

campus contains a 1.4-megawatt distributed rooftop solar installation, which<br />

is anticipated to generate up to 1,959,900 kilowatt-hours of renewable<br />

energy each year. Any additional electricity needs will be covered by the local<br />

utility’s 100 percent renewable green energy program. The campus’s central<br />

plant also makes use of thermal ice storage, making ice at night to be used<br />

for daytime cooling, reducing the draw on the power grid during peak times.<br />

<strong>Environmental</strong> <strong>Responsibility</strong> <strong>Report</strong> | 2017 Progress <strong>Report</strong>, Covering FY2016<br />

10

Hooray! Your file is uploaded and ready to be published.

Saved successfully!

Ooh no, something went wrong!