Energy from waste? Killing two birds with one stone Panacea to Energy crisis and waste

Most of the energy that we use comes from fossil fuels like petroleum and coal that provide electricity and gas to power our growing energy needs. These fossil fuels, currently providing most of our home energy needs are finite resources, which mean that, they will eventually run out. Furthermore, the world’s population is growing rapidly. Countries are becoming more industrialised and are using notable amount of energy. Individuals are consuming nearly twice as much as energy as they were using 30 years ago. In Australia itself, the total amount of energy consumed by households has increased over the past two decades and is forecast to increase. This could be due to the dependence of our standard of living on easily available energy. Between

Decarbonising the economy will consist of reducing and further along completely removing the use of carbon and the production of carbon dioxide from burning fossil fuel based energy sources (Jeffrey Sachs 2014). This minimizes the release of harmful greenhouse gas emissions into the environmental biosphere. In the current time there has been three different pillars identified in the deep decarbonisation scheme (Jotzo & Skarbek 2014). The first of the three being a shift into a lower carbon based electricity production solution by using a mix of wind, solar, hydro and nuclear energy predominantly with limited use placed on fossil fuels. The second consists of using electricity produced from a low-carbon supply to power personal vehicles, buildings and select few industrial processes. Finally energy efficiency can be maximized through the modification and improvement of building designs to greatly reduce the need for external energy for basic requirements such as cooling, heating

In the mine the coal is loaded onto small coal cars or conveyor belts and sent to large trucks above ground. The larger trucks take the coal and crushes it into smaller pieces to make it easier to clean, burn, and ship. Then the crushed coal is mixed with oil and water for human consumption. Humans use coal as energy. Coal was first burned to provide power for cooking on stoves, heat to warm homes, and baking pottery from clay. Over time, the use of coal revolutionized to provide energy for steamships, steam-powered railroads, and electricity. (The U.S. Department of Energy,

As our society continues to use primarily fossil fuel based energy the threat from climate change is ever-growing. Never the less, denial of human influences of climate change is slowing efforts to stop it. As a result, we currently face a crisis where far from enough is being done to improve our energy system and mitigate the damage caused by a warming global climate.

Nuclear energy holds great interest for those looking for a sustainable energy source. Our current energy requirements are met by the use of fossil fuels. However, there exist some substantial problems with fossil fuels. Not only are they limited, but they also contribute to the carbon dioxide emissions and thus to global warming. Use of nuclear energy will cut the percentage of carbon emission as it does not involve any burning. Instead, the splitting of nuclei of atoms provides the energy. Using nuclear power instead of coal for electricity generation will cut 2.4 billion tons of carbon dioxide emission (Brook). As with any type of alternate energy proposals, there are issues involved. One of such issue for nuclear energy is waste

If the current rate of consumption continues for oil, the planets entire oil supply is predicted to run out within the next 14 years. 21 years after that, our entire natural gas supply will run out. The reason is because the non-renewable resources we rely on are being used much faster then they can naturally be produced. As Peter Harper proposed, the problem of contemporary society can be stated succinctly: “We need to get (probably) 11 billion people through the transition complex to ‘Sustainia’, the sustainable state, before irreversible damage is done” (HARPER). The limited availability of non-renewable resources combined with the resulting pollution of obtaining and using non-renewable resources has sparked a movement towards renewable resources. These renewable energy sources, such as solar, wind, and hydropower, offer “green” alternatives to fossil fuels. The sun is our most powerful source of energy and can be used for a variety of processes. Even though solar technology only accounts for about 1% of the world’s energy consumption, solar technology has the potential to become a major contributor to the world’s energy consumption. Solar energy’s future importance can be found by the long-term threat of global climate change. Carbon dioxide emissions from the combustion of fossil fuels account for the largest amount of greenhouse gases that are causing our

The amount of energy used by the United States and the entirety of the world is predicted to drastically increase over the next few years. In 2001 the worldwide average energy consumption rate was approximately 13.5 TW (terawatt), but it is predicted that by 2100 that rate could triple to about 43 TW. In order to account for this greater need it becomes necessary to take action, as current production levels cannot meet the projected increase in energy consumption. There are many different approaches that could be taken so as to adjust for these forecasted levels. The following pages will consider the pros and cons to the following question: Should the United States Department of Energy promote a comprehensive

According to the U.S. Energy Information Administration’s International Energy Outlook (IEO) 2011 Reference case (EIA, 2011), the world’s total energy consumption is projected to increase by 53 percent from 2008 to 2030. In recent years, energy security is becoming a major concern in many jurisdictions with the increasing energy demand, rising

In 2015, the world will face a vast amount of dilemmas; these dilemmas range from how someone is going to get their food to how they are going to cook. But the biggest dilemma of them all, is how they are going to continue to get energy to do everyday tasks. The most efficient resources are those of the nonrenewable variety. These nonrenewable resources include fossil fuels, such as coal, natural gas, and petroleum. Someday these resources will run out and will not be replenished for thousands of years. As of now, an overwhelming majority of the energy used in the world today is non-renewable. We, as civilized people, are so dependent on fossil fuels that we go through extraneous efforts to retrieve these properties. The world needs energy

The four necessities of human life are water, shelter, oxygen, and food, but as today’s digital society continues to advance, a new dependability on power has added electricity to that list. The capitalization on this new necessity generated an industry focused on energy. Over the years this industry has grown substantially, from coal, to fossil fuels, to natural gas, to nuclear power, and finally to renewable energy while all trying to maintain a balance between the power produced, and damage done to the earth. Energy is a rapidly growing industry that is always on the race to find the most efficient “clean” recourse; when contrasting the two major options, nuclear power and renewable energy, it is very clear that renewable is the more efficient of the two, providing safer, cleaner, cheaper energy that gives power corporations better investment options in this ever-expanding industry.

The electricity Requirements are increasing day by day at a huge alarming rate,due to generation of electricity by conventional methods ,the fossil fuels are depleted at a rate greater rather than the expected rate ,

Many of the biomass fuels used today come in the form of wood products, dried vegetation, crop residues, and aquatic plants. Biomass has become one of the most commonly used renewable sources of energy in the last two decades, second only to hydropower in the generation of electricity. The advantage of Biomass Energy is it such a widely utilized source of energy, probably due to its low cost and indigenous nature, that it accounts for almost 15% of the world's total energy supply and as much as 35% in developing countries, mostly for cooking and heating. . (altenergy.org, 2012).

“Every day we are paying more for energy than we should due to poor insulation, inefficient lights, appliances, and heating and cooling equipment - money we could save by investing in energy efficiency”, This is the words of Bernie Sanders, who was an American politician. Fuel is the most indispensable thing that is utilized as a part of our everyday life. As we realize that the populace is expanding step by step it’s seen that the utilization of fuel is expanding even though we have to think about the energy efficiency as well as conservation. As aggregate people continue to create and the confined measure of fossil fuels begin to diminish, it may not be possible to give the measure of imperativeness asked for by the world by simply using fossil forces to change over essentialness. .There is data and eagerness today about the improvement and expanded generation of our worldwide vitality needs from option vitality sources. Sun oriented vitality (Solar Electricity), wind control (Wind mill power) and moving water (Hydro- Electricity) are all conventional wellsprings of option vitality that are gaining ground. The eagerness everybody offers for these improvements has from various perspectives made a feeling of carelessness that our future vitality requests will effortlessly be met impressively more unequivocally in the accompanying 20 years than in has in the past 30 years.

 The world marketed energy consumption is projected to increase by 44% from 2006 to 2030

So now we know just how important energy is. Since it’s so important we obviously don’t want to waste it…Right? That might be true but energy sill gets wasted all the time in our own homes without us knowing. Electronics that sit unused and idle take up so much energy…more energy than when they are actually in use. But it’s not just homes that waste energy. Commercial buildings waste energy too. About thirty percent of energy that buildings use gets wasted either because it isn’t used right or because it was used carelessly.