Geography of Industry Essay Example | Topics and Well Written Essays - 750 words

Geography of Industry - Essay Example As the paper highlights the benefits also extend far beyond Fort McMurray through Alberta and Canada to the rest of the world, in form of labor imported to the to the oil sands, equipment manufactured abroad, oil supplies to international market, and benchmarking innovative technologies such as in-situ bitumen extraction. Therefore, developing strategies to deal with the high population to support oil production is an issue that involves a vast array of stakeholders.This discussion stresses that immense oil sands growth has brought about wealth and prosperity for the residents of Fort McMurray but at a much greater cost than one would think. Many issues have arisen from the increased development and population growth in the region. Growing concerns of pollution due to the high population and the emissions of greenhouse gases are a hot topic in the Kyoto accord ratification. The Athabasca oil sands are a major contributor to CO2 emission in Canada, emitting about 26 million metric ton s per year, a figure that is expected to grow substantially in the future. Besides, the area has experienced poor sewerage due to the high populations.  The oil sands also lie on aboriginal land, creating animosity with the native populations, and creating difficulties in acquiring new land for expansion. According to Melissa Blake, mayor of the Regional Municipality of Wood Buffalo, the high commuter within Fort McMurray creates unruly bumper-to-bumper traffic during peak hours.  

How to Make Almost Anything Essay Example | Topics and Well Written Essays - 1000 words

How to Make Almost Anything - Essay Example It has also provided industrial and business policy makers a specific structure for the ongoing debate and knowledge sharing process of â€Å"Digital fabrication†. Digital Fabrication is very different from traditional manufacturing method because it integrates the computer-assisted designs with the traditional manufacturing process. Digital Fabrication will have a massive impact on automobiles, consumer products, life sciences and the entire manufacturing sector because it will able to integrate all the aspects of science and technology in one single dimension unlike the traditional method of manufacturing tools and technology. (Easton, 2008) The digital fabrication indeed presents a digital revolution. Digital fabrication will allow future 3-D printers to build complete functional systems with no needs for parts to be assembled. The potential of the digital fabrication booming is undoubtedly huge. One of the most important reasons why it will be successful in the future is because it will allow for the development of low-cost, domestically produced manufacturing facilities, which are also capable of building a huge range of highly advanced products. (Hopkinson & Dickens, 2006) Digital fabrication brings mobility and flexibility to the conventional method of fabrication where materials and tools were used manually in a cumbersome manner and it took a huge amount of time. Although digital fabrication draws on the same thoughts and insights that had led to the idea of communication and computation, however it is much quicker and sharper than the conventional approach. Digital fabrication allows people to design products wherever needed to be produced. This method will challenge traditional business models of business, arts, medicine and education. Not only that, but it will revolutionize the concept of science and technology to a huge extent. According to Stephens