As 2019 comes to a close, we are met with the stark realization that the new year marks the beginning of the most important juncture in the history of our climate, planet, and civilization. The 2020s will define the future of both humanity and planet Earth as our society must take profound action to confront the climate crisis or the world that we have known—both natural and economic—will change drastically. Continue reading »
Game-changing technology that models the lowest-cost, best placement, and most effective use of carbon capture, transport, and storage has earned a prestigious research and development award. A technology that happens to be at the heart of GPI’s work on carbon capture for the past few years. Continue reading »
A pollinator test plot underneath the PV array at the Chisago Solar Site, part of the Aurora Solar Project in Minnesota. NREL scientist Jordan Macknick is researching the economical and ecological affect of pollinator plants planted underneath the PV array
Solar projects can be designed and sited to meet natural resource conservation goals. Capturing the natural resource co-benefit opportunities of solar development will involve creative partnerships, targeted spatial planning, and rethinking site and project design. Continue reading »
What will the energy system look like in 50 years? What trends are in play today that should inform business strategy, with an eye toward a long-term vision for the future? Those are the questions that I tackled in a presentation earlier this year to hundreds of top executives from Royal Vopak, a 400-year-old global tank storage company based in the Netherlands. Continue reading »
Representatives of US industry, labor unions, state and federal officials, environmental and clean energy NGOs, and philanthropy joined the Great Plains Institute (GPI) in September 2019 on an American public and private delegation to the United Arab Emirates (UAE), Belgium, and the Netherlands to explore carbon capture in steel production and see leading commercial-scale examples overseas of carbon capture and utilization projects in operation and under construction. Continue reading »
If you are an avid reader of the Great Plains Institute (GPI) blog and newsletter you probably have a pretty good sense of what GPI does. What you might not know is the role that you can personally play in making a zero-carbon energy system happen. Continue reading »
A national survey conducted by Consumer Reports and the Union of Concerned Scientists finds widespread interest in electric vehicles among prospective car buyers in Minnesota. Continue reading »
Reaching decarbonization goals by 2050 will require large-scale deployment of carbon capture. Fortunately, carbon capture has been demonstrated at commercial scale for use in electric power and key industries, with successful commercial experience dating back decades in some sectors. Continue reading »
The lowering cost of wind and solar energy generation has a local impact: communities are going to see more wind and solar development projects, more often. Communities see many of the direct impacts from these developments, from tax revenues to opportunities for co-beneficial land uses to managing resident feedback on such development. Many local considerations and indicators can help communities understand opportunities for maximizing local co-benefits as the market continues to increase for utility-scale solar and wind development. Continue reading »
Improving the energy efficiency of your home is a win-win-win. It makes your living space more comfortable, saves you money, and is good for the environment. Leading analysis shows that energy efficiency can significantly reduce energy use and is a critical tool for reaching emissions reduction targets. In the US, the residential and commercial sectors account for about 30 percent of energy use (which represents almost all of energy use in buildings), with the residential sector accounting for about 16 percent of that total. Continue reading »
