Mines work 24/7. Underground, there is no day or night, just a clock to tell you when to start, when to finish. Running constantly requires reliability and consistency. Putting electric vehicles in this environment means having to find a way to charge them efficiently and quickly. A dead battery isn’t acceptable.
New commercial buildings are trending toward increased concern for the environment. Builders are finding that a focus on sustainability improves their chances for repeated business as owners find cost savings in energy usage a major benefit of “going green.”
Construction is a messy job. Even worse is destruction, demolition of existing buildings, often to make way for new—and messy—construction. Both building and demolition create debris that takes up space and generates potential hazards and environmental damage. What can be done with debris to make it beneficial?
It takes a network to maintain sustainability. Every company along the supply chain is a member of that network. Each step in the construction of a building requires concern for its impact on the environment. From the mining or harvesting of the raw materials, to the production of components and their assembly into the final structure, sustainability must be considered. And each member of that supply chain network has a climate footprint.
For climates with moderate heating and cooling needs, heat pumps offer an energy-efficient alternative to furnaces and air conditioners. Heat pumps move heat from a cool space to a warm space, making the cool space cooler and the warm space warmer. Because they move heat rather than generate heat, heat pumps can provide equivalent space conditioning at as little as one quarter of the cost of operating conventional heating or cooling appliances.
Major truck manufacturers in Europe are moving rapidly to provide both the equipment and the infrastructure that will make environmentally sound vehicles a staple of the near future. Daimler Truck AG and Volvo Group joined forces to create a fuel-cell joint venture, cellcentric, as part of a commitment to accelerate the use of hydrogen-based fuel cells for long-haul trucks and beyond.
We all know it is coming, the push to limit and eliminate hydrocarbons from fuels and from fuel burning vehicles especially. Driven largely by an ambitious climate agenda, state mandates, and aggressive net-zero targets, fleet operators across the U.S. are actively decarbonizing their operations.
From natural disasters to the COVID-19 pandemic, buildings and infrastructure need to be resilient to withstand whatever may come. This is where technology can help.
Governments and agencies around the world have formulated approaches to sustainability and environmental mitigation to address climate change and other potential economic and health issues.
Energy is all around us, but not always managed properly. In physics, energy is the capacity for doing work and can be classified as potential, kinetic, thermal, electrical, chemical, nuclear, mechanical, and various other forms.
Water is essential to life. We depend on it for our survival. The basic need has shaped how human societies have advanced over time.
While fossil resources are in ever scarcer supply, demand for energy is growing – throughout the world. So how can we manage energy responsibly? And how can we develop renewable energy sources?