Catalysis at KAUST

the world’s demand in energy and resources will increase throughout this century. Meeting these needs will require both the development of new energy resources—especially carbon-free ones—and the efficient and environmentally responsible utilization of fossil fuels. In this context, The King Abdullah University of Science and Technology  created the center of catalysis, which is a critical enabling science to provide the energy for our future while preserving our environment. It is the number one technology to transform raw materials into foodstock, whether for the chemical, petroleum or the newly emerging energy industry. Catalysis is also a main tool for the organic synthesis of bio-active molecules, including medicament for pharmaceutical industry. Development of new catalytic processes across the chemical, pharmaceutical, petroleum and new energies industries will increase both availability and efficient utilization of resources and energy, resulting in the reduction of wastes and overall environmental footprints. Catalysis is one of the most promising tools for sustainable development and green chemistry that will benefits the whole world. Along with that then need for another center came to existence which is (the Clean Combustion Research Center) The activities of the Center span a broad spectrum with both fundamental and goal-oriented research in fuel formulation, fuel diversity and the control of emissions – from internal combustion engines to turbines. CCRC utilizes both experimental and computational tools to develop predictive capabilities for the development of more efficient and less polluting fuels. Then another essential and very important center that could bring an precedents reliefs to millions of suffering people in Africa continent and elsewhere. (The Center for Desert Agriculture)  Due, to harvest losses by drought, salt and heat stresses amounting to approximately 60% of the world’s total agricultural productivity, researchers in the (CDA) seeks to find ways to improve the ability of plants to withstand droughts and the hot and salty environment of the desert. CDA researchers use genetic, genomic and epigenetic approaches to engineer stress-tolerant plants and apply their results directly to crop plants in the field. Another great Achievements at the center of Solar Researchers at the KAUST focus on the generation, storage and conversion of solar energy. The Center draws together experts in materials science, chemistry and physics to explore innovative solutions for the harvesting and conversion of solar energy. They study the fundamental processes involved in the conversion of photons into electricity and exploit their findings to design and develop the state-of-the-art materials used at the core of energy harvesting photo voltaic panels. In addition, the Center is involved in research and development studies aimed at minimizing the cost of photo voltaic panels while optimizing their performance in the sun-bathed but hot and dusty climatic conditions of the deserts of the Arabian Peninsula. Then of course the water as major if not the most major problem that faces earth is the Fresh water supplies that decreasing is across the globe while, at the same time, production of potable water in desert and drought-ridden regions is extremely energy intensive. Researchers in the KAUST Water Desalination and Reuse Center (WDRC) focus on the development of new and optimized methods for low-energy water desalination and water reuse. The capabilities of WDRC extend from the laboratory scale to larger pilots with a view to transition the technologies to large-scale water production. While much activity is centered on membrane-based technologies, the goal of WDRC is to extend knowledge to other scalable approaches such as those involving the use of solar or waste heat as an energy source.

Source :

https://www.google.com/url?sa=t&rct=j&q=&esrc=s&source=web&cd=1&ved=0ahUKEwiU0viB4NXQAhVn9YMKHTzdALMQFggdMAA&url=https%3A%2F%2Fkcc.kaust.edu.sa%2F&usg=AFQjCNH4wSo4Zf4KlAJ1tGP3YmSnYMFihA&sig2=Ad0wJkJ3tehmtayv7rtkCQ

1 thought on “Catalysis at KAUST

  1. Amily Zhuang

    Your article was very interesting however just a tad bit hard to read! Overall, I like the content. Perhaps some pictures or live links could spice up your blog.

    Also, you could seperate different ideas into more paragraphs to create a transition effect.

    Again, I really did enjoy reading and learning about information I had never even heard of.

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