After several tornadoes hit Northwest Arkansas in late May, leaders at our Glad plant in Rogers were forced to spring into action to keep our people safe and then work to restore operations after the facility was hit directly by the storm.
As millions of people move into cities every week, this puts a huge strain on space, city resources, energy requirements, and infrastructure cost. Cities are being forced to evolve to meet this increased demand, or collapse under the pressure. This is leading to an increase in the number of Smart City projects — smart grids, networked LED street lights, public Wi-Fi, water management, etc. — that are being implemented around the world, with the number of initiatives nearly doubling over the past few years.
The circular economy, which is regenerative and restorative by design, is helping organisations to create more value while reducing their dependence on scarce resources. The print industry is already playing a leading role in the shift to a circular economy; a transition which has been driven by the desire for greater economic and environmental sustainability.
According to environmental non-profit Basel Action Network (BAN), electronics recycling may not be quite as straightforward as consumers believe. While some electronics are safely dismantled and have their components scrapped or re-used, the recycling process consists of a complex, multi-step supply chain that ends in the developing world, where e-waste is often exported for treatment and oversight is minimal.
HP and Intel are joining forces on an innovative new contest, called the “Life in Space” Design Challenge. The contest will tap some of the brightest engineering minds at universities across the US to develop a product that can improve the lives of astronauts in space.
Electronics recycling often involves a complex, multi-step supply chain. Many of the downstream operations are in the developing world, where waste is exported for treatment. Once it arrives for processing, oversight can be minimal.
HP announced that it’s partnering with Intel to launch an innovative new contest, the “Life in Space” Design Challenge, which will tap some of the brightest engineering minds at universities across the U.S. to develop a product that can improve the lives of astronauts in space. Undergraduate student teams from prestigious engineering schools across the country will be outfitted with HP ZBook Studio Mobile Workstations, powered by Intel® Core i7® processors, to help them design a manufacture-able product to improve life in space for our astronauts.
With the U.S. Environmental Protection Agency (EPA) set to change hands and the future of the U.S. role in the historic Paris climate agreement unknown, it is more important than ever for the private sector to show its commitment to addressing climate change. In recognition of this reality, HP has announced it will redouble its efforts to slash greenhouse gas (GHG) emissions from global operations and strengthen relationships with key organizations that urge businesses to improve environmental performance.
Today’s announcement from President Trump and U.S. Environmental Protection Agency Administrator Scott Pruitt to re-open and potentially roll back the clean vehicle standards is a huge setback for business, consumers and the economy. The move opens the door to weakening the standards and rejects findings based on years of comprehensive and robust analysis informed by a wide range of stakeholders and technical experts.
The SCS Kingfisher certification mark is showing up on an increasing number of products around the world. It differentiates companies that are making...
