Synthetic Trees

-

 

Synthetic Trees

Scientists have designed a synthetic tree that traps carbon dioxide from the air in an attempt to combat growing emissions. The device looks less like a tree and more like a small building, but it can collect carbon about 1,000 times faster than a real tree.

So the interesting thing about the air capture which I think differs from power plant CO2 capture is that it could very well have a strong economic incentive to start with. These markets don’t come close to the 30 billion tons of CO2 we have to capture in order to make the world carbon neutral, but it is the place to learn.

These trees will also be able to harvest solar energy to provide lighting or use bioluminescence to provide visibility of objects.

Comments

Post a Comment

Popular posts from this blog

Competition for talent

-
  Competition for talent As demand grows for new and emergent  skills , including UX design, cybersecurity, and data science, workers around the world — and labor markets — are struggling to keep up.  According to a recent  survey  conducted by the World Economic Forum, nearly eight in 10 global CEOs say they’re concerned about the availability of people with the right skills. So far, organizations have responded by engaging in a war for talent — that is, buying or stealing it, rather than growing it from within. As they compete to fill roles, many have been willing to spend billions on recruiting (or poaching), while reluctant to invest in training their existing workers or unskilled ones, perhaps out of fear their competitors will hire those newly attractive employees away.  Demand for skills as people retire early and pay levels depressed.
Read more

Carbon Capture & Storage

-
  Carbon Capture & Storage Carbon capture and storage (CCS) is the process of capturing and storing carbon dioxide (CO 2 ) before it is released into the atmosphere. The technology can capture  up to 90%  of CO 2  released by burning fossil fuels in electricity generation and industrial processes such as cement production. CO 2  can be captured using different methods. The main ones are: post-combustion, pre-combustion and oxyfuel. Post-combustion technology removes CO 2  from the flue gases that result from burning fossil fuels. Pre-combustion methods – carried out before burning the fossil fuel – involve  converting the fuel into a mixture of hydrogen and CO 2 .  Oxyfuel technology  produces CO 2  and steam by burning fossil fuels with almost pure oxygen. Post-combustion and oxyfuel equipment can be fitted to new plants or retrofitted – in other words, added to existing power stations that were originally built without it. Pre-combustion methods require large modifications to e
Read more

AI Mentors - personal life, business life, coach

-
Image
  AI Mentors - personal life, business life, coach The term AI mentor is a concept that brings together AI and machine learning to help humans in different aspects of life or mentoring them to get better.  AI mentors will be responsible for: Determining what you need to learn Optimizing learning by helping you identify and fill knowledge gaps Delivering personalized education Ai will improve trial and error learning by imparting knowledge through a machine rather than being scolded by a strict teacher will improve a students' learning. Intelligent tutoring is currently being used to teach Air Force technicians how to diagnose different electrical system problems in an aircraft perfectly. Ai-driven programs can give teachers helpful feedback which is the key to improving learning techniques and enhancing your teaching skills.   From chatbots to warbots, there is nothing that AI hasn't touched, it is everywhere and bound to make revolutionary changes in every aspect of our lives,
Read more