Ocean Energy Research Paper

Fossil fuels and other power generates are slowly changing the world. Alternative power sources are slowly becoming more popular in everyday life while the technology progresses. Using these power sources that don’t pollute the atmosphere could be the change in the world that completely changes the way the world uses energy. Engineers and technicians have been producing these alternative ways for years and years. A few, but not limited to consist of: Solar panels, Wind turbines, Wave tech and much more.

The piston-crank concept would be a one solution of converting the heaving motion, absorbed by the buoy from the sea, and converting it to mechanical energy. The mechanical energy would then be converted to electrical energy via a

The Atlantic Ocean. It is one of the five oceans in the world. It is home to many fish and other creatures. It is one of the five oceans that actually intrigue me. My questions were, How big is the ocean itself, what life lives here, and the trade routes of this ocean.

The deep sea is home to many fascinating creatures that have yet to be explored by scientists for their features. These creatures can be seen as special for the way they are able to survive in the extreme sea environments. Three species, in particular, have interested scientists for their own unique ways of adapting: the giant squid, the zombie worm, and the yeti crab. Their ways of adaptations allow them to survive in the intense deep sea environments.

Have you or anyone you know ever wonder how the ocean got made or how it was created. Or if you have ever wondered what animals live in the ocean. Well this is the paper you are looking for. I will tell you about man eating monster beasts that live in the ocean. I also will tell you everything you need to know about the history of the ocean. If you are interested in this kind of stuff and you want to learn about the beasts and the history of the ocean well you better start reading.

The Pacific Ocean is one of the largest oceans in the world. It's clear pristine waters are visible from the coastline for miles around. As you reach the northern part of the Pacific, you begin to see small pieces of plastic debris. You have reached the edge of the Great Pacific Garbage Patch. This large region of garbage and other wastes is roughly twice the size of Texas. This trash is classified as marine debris and contains many pieces of plastic and rubber. Most of this trash is non-biodegradable plastic and rubber. This patch was created due to moving ocean currents bringing miscellaneous garbage articles to the center, creating a stable core.

Energy is very important to our everyday life. An estimate of fifteen trillion watts of power are being used across our planet at any one time. There is many examples of renewable energy in the tidewater region but we chose solar power. Photovoltaic cells convert sunlight to direct electricity. The inverter converts into alternating current electricity. The tidewater region has many beaches and has lots of tourism. Therefore, it can be hard to find a way of renewable energy because there is a lot of tourism so the whole beach cannot be covered in windmills, solar panels, or other examples of renewable energy.

The Atlantic Ocean is the second largest of the world's oceanic divisions, following the Pacific Ocean. With a total area of about 106,400,000 square kilometres (41,100,000 sq mi),[1] it covers approximately 20 percent of the Earth's surface and about 29 percent of its water surface area. The first part of its name refers to Atlas of Greek mythology, making the Atlantic the "Sea of Atlas".

As the Earth’s surface temperature continues to rise, the ocean water temperature rises as well, creating many adverse effects on the ocean and continents. The temperature of the top layer of the ocean is currently rising at a rate of 0.2° F per decade, while this might seem insignificant, the rising temperature of the ocean has a large impact on many aspects of life. Climate change will have a significant impact on sea level, weather, and ocean acidity.

Despite the fact that the ocean plays a role in everything from the air we breathe to daily weather and climate patterns, we know very little about our ocean. And, most of our knowledge of the ocean lies in shallower waters. Deeper waters remain a mystery even though we are relying more and more on these areas for food, energy, and other resources. Enter ocean exploration...

Q3a) Microbes that are in plastics are slowly destroying the natural habitant of the coral reefs by infecting and killing it slowly. This in turn which a domino effect affecting the food chain in the ocean. But with the aid of the new modern technologies, plastic bottles can be eliminated, giving a new lease of life to coral reefs. There are a few technologies that are already in use and this discussion will focus on how this technologies can be a potential beneficial to the coral reefs and how this rubbish plastic can be converted into a renewable energy.

The ocean covers 71% of the earth’s surface, is a home to hundreds of different species of animals but also provides food to millions of families all over the world. Recently is has been reported that the amount of fish being caught has been decreasing due to overfishing and illegal fishing practices and trawling by commercial fishing boats. In my opinion, our Ocean has the potential to provide food to millions more people if start to make making changes now. I believe Oceana is leading the pack regarding ocean conservation on a global scale. Oceana was established in 2001, and is the largest nonprofit organization in the world solely concentrated on ocean conservation. What makes Oceana stand out from other nonprofits like Take 3, 5 Gyres, Reef Check, SeaTurtles.org, is that they focus on placing policies into effect into countries with little to no ocean conservation laws all over the world. Oceana in my opinion really takes it to the next level with their dedication and persistence, which has helped them win over 100 victories since the company was founded.

We have the ability to reduce our dependency on burning fossil fuels that damage the environment and the solution is Offshore Wind Power. The difference in solar heating between the earth 's equator and the poles, together with the earth 's rotation, creates flows of air called wind. We can capture this form of solar energy with wind turbines that convert it into electrical energy. Creating this type of energy has little harmful impact to our environment, unlike other energy being created by fossil fuels.

It creates no emissions, thus not pollution; it doesn’t matter what the weather is, it will work; it doesn’t need any initializing energy like a fossil fuel does; it runs consistently without ever stopping, unlike solar power which requires sunlight, and sunlight is not always present; it doesn’t require costly fossil fuels to start up; and it is quite simply renewable. Aside from all of these benefits it has to the environment, it has some downsides. When water has gone through the energy making process, it is released back into the water as brackish water, which is water with high spikes in salinity. Brackish water makes wherever it goes a difficult place for marine life to live in, which leads to ecosystem decay around the osmotic power plant. Osmotic power plants are also very costly, and costly means that they cost 36 times what a regular coal-powered power plant costs. Lastly osmotic power plants are inefficient, they produce less than 1 watt per square meter, but scientists in Lyon, France have been working on more efficient Boron-Nitride membrane tubes that are nearly 100 times as efficient as the ones used today, and are a possibility in the future. Aside from these new, expensive, far off Boron Nitride tubes, Statkraft, the Norwegian company that started the first osmotic power plant, plans to have their plan running at 5 watts per square meter in the near future.

The SAARC region with over a billion populations is contiguous to the Indian Ocean, Bay of Bengal and the Arabian Sea. Utilization of ocean resources for power generation such as tidal, thermal solar and wind for energy, along with other green technologies like seaweed farming and sustainable fisheries for food would need to be incorporated in a broad framework for the region. Development of ocean-based energy systems can be integrated with early warning networks linked by satellite which can give a few hours to days warning to help mitigate the severity of natural disasters on human life. . Some of the calamities of note have been the Tsunami of 2004, Bangladesh and Orissa floods, earthquakes in Nepal and Pakistan, and recent inundation of Chennai due to weather and bad flood management. A SAARC comprehensive Framework on disaster management was formulated in alignment with the Hyogo Framework (2005-2015). In addition to the broad objectives of disaster management and cooperation in the Indian Ocean and surrounding regions, impeding disasters due to climate change need to be anticipated. Ocean energy systems are still in their infancy, while ocean