The greenest MacBook Pro ever.
Highly recyclable and even more energy efficient, the new MacBook Pro is designed with the environment in mind.
Environmental status report
The new 15-inch MacBook Pro embodies Apple’s continuing environmental progress. It is designed with the following features to reduce environmental impact:
- Arsenic-free glass
- PVC-free
- Brominated flame retardant-free
- Highly recyclable aluminium and glass enclosures
- Mercury-free
- 37% smaller packaging
Apple is most proud of what isn't in MacBook Pro.
What’s common in other notebooks is conspicuously missing in the new MacBook Pro. Take for example, mercury used in CCFL backlights and arsenic contained in the glass of traditional LCD displays. Apple engineers have said no to both of these substances. They’ve chosen LED technology and arsenic-free glass. They’ve also said no to brominated flame retardants (BFRs) in logic boards, and PVC in cables and connectors. In fact, Apple has done more than remove these toxins from the new MacBook Pro. They’ve done the same thing for the rest of the new MacBook family, the LED Cinema Display, every single iPod, and the iPhone. Sometimes saying no is a good thing.
Fewer parts.
Greener parts.
The new MacBook Pro is built with significantly fewer parts. And the parts that remain are significantly greener. Take the unibody, the foundation of the notebook itself. It’s a single piece of solid, recyclable aluminium that replaces dozens of extraneous pieces once destined for landfill.
Small volume speaks volumes.
Made from recycled material, the new MacBook Pro packaging is 37 percent smaller than the previous generation. And that’s huge. It means less paper used for smaller boxes. It also means Apple can transport the same amount of products to their customers using fewer planes.
A more energy efficient notebook.
Because Apple makes its own hardware and software, it’s able to create smarter products that use less electricity. To reduce energy consumption, the hard drive spins down automatically when its inactive. To be more efficient, the display dims when you enter a darkened room. The processor even throttles down to save power between keystrokes as you type. MacBook Pro also decides which processor — CPU or GPU — is best suited to efficiently perform a task. All these little adjustments add up. When it’s turned on, the new MacBook Pro uses one third of the power of a single lightbulb.
The new MacBook Pro LED-backlit display is another environmental breakthrough. LED uses 30 percent less power than conventional LCD displays. It's highly recyclable and encased in arsenic-free glass.
MacBook Pro meets the stringent low power requirements set by the EPA and the U.S. Department of Energy, giving it ENERGY STAR certification.
EPEAT Gold.
Because MacBook Pro is environmentally innovative, it has earned the highest rating of EPEAT Gold. The Electronic Product Environmental Assessment Tool, or EPEAT, evaluates the environmental impact of a product based on how recyclable it is, how much energy it uses, and how it’s designed and manufactured. Few products achieve EPEAT Gold status — and even fewer notebooks.
Useful today. And tomorrow.
After its long and productive life, your MacBook Pro is almost entirely recyclable. MacBook Pro is made from materials like aluminium and glass, making it highly-desirable to recyclers. And highly-likely that its parts won’t end up in a landfill. This also makes it possible for the raw materials in MacBook Pro to be used again later in other types of products. And Apple offers recycling services in nearly all countries where Apple products are sold.
A commitment that starts with products.
When it comes to being environmentally friendly, Apple approaches the challenge differently — through products like the new MacBook Pro. Unlike other companies, Apple controls every aspect of the production of its computers. So Apple designers and engineers can minimise their carbon footprint in ways others can’t. They design them with fewer parts. They build them using recyclable materials. They even create software that makes them more energy efficient. The result is a new standard for green design.