Using technology currently in development, AC units in skyscrapers and even your home could get turned into machines that not only capture CO2 but transform the stuff into a fuel for powering vehicles that are difficult to electrify, like cargo ships...
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[vc_row][vc_column][vc_column_text]It's times of stress that really test the strength or weakness of an organization. During stressful times, leaders learn what the people in their organizations are made of – but also whether the systems, functions, and processes they have put in place are resilient to withstand the crises that inevitably come up. Industry shifts, market downturns, unexpected competitors: when stress comes, it shouldn't make an organization or process fall to pieces. Instead, stressful times should be when positive discourse, growth, and resiliency thrive.[1] "What do you do when you face a surprise?" David Woods, Faculty Emeritus of Integrated Systems Engineering at The Ohio State University, asked at the 2014 Velocity NY conference; referring to unexpected situations like when chunks of foam fell off the Space Shuttle Columbia's fuel tank in an unexpected way. "Do you gracefully extend performance, stretch your capabilities, and add adaptive capacity in order to continue to perform...
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[vc_row][vc_column][vc_column_text]A new study from the labs of Durham University's Dr. Andrew Smallbone lays out a pathway to making plastic bottles from organic waste material and CO2 captured from power plants. A thorough analysis of the economics shows this process could even be cost competitive for making things like plastic bottles. The process could start with something like the leftover plant material from sugarcane pressing. After a few reaction steps, which include the addition of some captured CO2 and some ethylene glycol produced from corn plants, you'd end up with a plastic polymer called polyethylene furandicarboxylate—otherwise known as PEF. Functionally, it's similar to the PET plastic used for water and soda bottles, denoted by the number 1 recycling symbol. Every step in the process has been at least demonstrated before, and some are quite common, so the paper doesn't spend much space on the chemistry. Instead, the researchers engage in life cycle analysis...
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Before any Innovation process begins, you need a strategy that breaks down activities while focusing on delivering incremental, adjacent and transformational successes. Here are some examples....
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If you are lucky enough to be on an innovation team you understand the need to deliver successful innovative solutions. In this contemporary world assessing your progress and allocating resources is always a priority. Recently, Innovation Leader published the report, Benchmarking Innovation Impact 2020 offering an in-depth look at innovation strategies, investments, and approaches that drive successful innovation. ...
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If your organization is focused on adjacent, incremental or breakthrough technologies you will need a strong scouting team to get the work done. It all begins with budget planning and understanding your market. From there you can make the right decisions on the people, process and technology needed to succeed and ensure that the go to market is a success....
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Welcome to our “Technology Scouting Must Haves” mini blog post series. For years, businesses have had to perform Technology Scouting the same old way, with a long drawn-out, and very manual, process. Year-over-year, we talk to hundreds of R&D and Innovation experts across multiple industries and we want to share with you what we hear, time-and-time again. During this mini blog post series we’ll introduce common pain points experts talk about often. We’ll identify the technology scouting must haves and the new solutions that exist today....
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Innovation can also come in the form of new types of services that offer improvements on old ways of doing things, meet previously unidentified needs or fill gaps in the market. More often, innovation solutions use technology to support and dispatch new services...
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