Energy consumption calculator uk,hpv male warts treatment,alternative medicine university europe,chinese electric therapy - Downloads 2016

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Petroleum & Other LiquidsCrude oil, gasoline, heating oil, diesel, propane, and other liquids including biofuels and natural gas liquids.
Natural GasExploration and reserves, storage, imports and exports, production, prices, sales. ElectricitySales, revenue and prices, power plants, fuel use, stocks, generation, trade, demand & emissions. Consumption & EfficiencyEnergy use in homes, commercial buildings, manufacturing, and transportation.
CoalReserves, production, prices, employ- ment and productivity, distribution, stocks, imports and exports. Renewable &Alternative FuelsIncludes hydropower, solar, wind, geothermal, biomass and ethanol. Total EnergyComprehensive data summaries, comparisons, analysis, and projections integrated across all energy sources. Analysis & ProjectionsMonthly and yearly energy forecasts, analysis of energy topics, financial analysis, Congressional reports.
Markets & FinanceFinancial market analysis and financial data for major energy companies. InternationalInternational energy information, including overviews, rankings, data, and analyses. Source: EIA, Energy Assessor Experiment in the 2012 Commercial Buildings Energy Consumption Survey.
EIA continues to work on end use modeling to complete the processing of the consumption and expenditures data. The remaining building characteristics tables (Tables B15 through B46) have just been released. The first fourteen building characteristics Detailed Tables, an accompanying report, and survey methodology information - How was the 2012 CBECS buildings survey conducted?
EIA is concluding the second and final phase of CBECS data collection, the Energy Supplier Survey (ESS).
The next release will be the Building Characteristics Detailed Tables; the tables will be similar to those published for the 2003 CBECS. The next release will be the Building Characteristics Detailed Tables, which will be similar to those published for the 2003 CBECS.
The first stage of CBECS data processing is almost complete and EIA expects to release preliminary building characteristics estimates by early June. Westat has been transmitting cases to EIA every few weeks since May, and the data editing phase here at EIA is making good progress. The CBECS interviewers have been in the field for 3 months now, and they have already collected data for about 4,500 buildings all across the country. Folders with materials for each building case assignment being put together.The start of the 2012 CBECS field period is just over a month away, and there is a lot of activity occurring right now in preparation! The CBECS interviewers will be trained in-depth to ensure that high quality data are collected.
Meanwhile, back at Westat's home office in Rockville, MD, staff are working hard to make sure the behind-the-scenes logistics are in place. After reviewing 400+ suggestions from stakeholders, the proposed 2012 CBECS questionnaire is currently under review by the Office of Management and Budget (OMB).
The field listers' hard work and attention to detail will ensure that the sample frame is accurate and complete.
The 2007 round of CBECS was the first time in the 30 year history of CBECS that commercial buildings were surveyed about water consumption and characteristics. Though most of the data collected as part of the CBECS 2007 cycle could not be released, EIA has been able to produce data on energy characteristics found in large hospitals in 2007.
EIA and the CBECS survey contractor (Westat) are working hard right now to create the CBECS sampling "frame," which is the list from which buildings will be randomly selected to be interviewed.
The last steps before the questionnaire is finalized are to (1) write all the new questions according to best practices for survey design and then (2) program them into the CBECS survey instrument.
We are hard at work reviewing all the great feedback on the 2012 questionnaire that we've received to date.
Following the suspension of the 2011 Commercial Buildings Energy Consumption Survey (CBECS) given insurmountable funding constraints in FY 2011, EIA has resumed preparations to conduct the next Commercial Buildings Energy Consumption Survey (CBECS). EIA previously reported that the CBECS 2007 data do not meet EIA standards for quality, credible energy information. For further information, please contact Joelle Michaels, CBECS Survey Manager, or by phone at 202-586-8952; or Tom Leckey. Between 1980 and 2010, global consumption of dry natural gas rose from 53 trillion cubic feet (Tcf) to 113 Tcf. Unlike petroleum, trends in regional natural gas consumption and production are more similar because of the limited role played by inter-continental movements of natural gas, at least until recently.
Note: Percents on graph represent that region's share of global dry natural gas consumption in that year. Future growth in each region will depend on economic growth rates, natural gas production trends, differences in natural gas prices across regions, and future energy and environmental policies. Capitalism: Capitalism in itself has proven an excellent means of motivating people to produce products and services, faster, better and with less raw materials while providing us with a higher quality lifestyle.
Environmental Resources: We are running out of environmental resources, from fuel, to water, to food, trees, coal, gas and more. Infrastructure: As our population has grown, so too has our consumption and the need to get goods and services to us. Healthcare: In America we spend almost 20 percent of our GDP on healthcare, in France, Germany and Greece it’s over 10 percent. According to the Energy Information Administration, after China and the United States, among major polluters only India is expected to have significant growth of emissions over the next 20 years.
According to the Department of Energy's (DOE) Energy Information Administration (EIA), after China and the United States, among major polluters only India is expected to have significant growth of emissions over the next 20 years.
Emerging markets will have the largest growth in CO2 emissions over the next twenty years according to the Energy Information Administration's Emissions of Greenhouse Gases in the United States 2004. Led by China and India, carbon dioxide emissions are expected to surge in Asia over the next twenty years according to the Energy Information Administration's Emissions of Greenhouse Gases in the United States 2004. In the United States most energy use goes towards transportation according to the Energy Information Administration's Emissions of Greenhouse Gases in the United States 2004.
Renewable energy makes up less than one percent of energy consumption in the United States according to the Energy Information Administration's Emissions of Greenhouse Gases in the United States 2004. Despite high energy prices, the share of renewable energy used in the United States have fallen since peaking in 2002 according to the Energy Information Administration's Emissions of Greenhouse Gases in the United States 2004. Atmospheric carbon dioxide concentrations have risen sharply since the Industrial Revolution. Intergovernmental Panel on Climate Change (IPCC) graph showing that CO2 concentration, temperature, and sea level continue to rise long after emissions are reduced. Intergovernmental Panel on Climate Change (IPCC) graph showing that surface temperatures for the past 140 years (global) and the past 1000 years (Northern Hemisphere).
If your not happy with buying electricity from coal or nuclear plants, it is possible in many jurisdictions to buy preferentially from clean energy sources and pay a premium.
In 2006 it was estimated that the cost to the US of the Iraq war will be between $1 trillion and $2 trillion, according to a report written by Joseph Stiglitz, a Columbia University professor who won the Nobel prize for economics in 2001, and Linda Bilmes, a Harvard budget expert. Energy Information Administration, Commercial Buildings Energy Consumption Survey 2012, March 4, 2015. The tables present electricity, natural gas, fuel oil and district heat consumption in total, per building, per square foot and by end use. These files contain untabulated records for individual buildings so that data users can create custom tables that are not available through the pretabulated Detailed Tables.
The data file is no longer split up into groups, so one download will provide users with all the CBECS variables. The Energy Supplier Survey (ESS) was conducted between March and October 2014, collecting data from energy providers of buildings in the CBECS for which energy usage data was not obtained from the building respondent.


The Energy Supplier Survey (ESS) was conducted between March and October 2014, collecting data from energy providers of buildings in the CBECS for which energy usage data was not obtained from the building respondent. Since March, EIA has been collecting data from energy providers of buildings in the CBECS for which energy usage data was not obtained from the building respondent.
This preliminary data release includes building counts and total square footage by building activity, Census region and division, and building size category, and year of construction.
We have evaluated the work remaining to ensure high data quality and adjusted the projected schedule of data releases as shown below. This preliminary data release includes building counts and total square footage by building activity, Census region and division, and building size category, and year of construction.
In the last stage of building characteristics data release, the raw data files will be made available for public use. EIA is collecting data from energy providers of buildings in the CBECS for which energy usage data was not obtained from the building respondent. This preliminary data release will include building counts and total square footage by categories such as building activity, Census region, and building size category.
In the next month, home office staff at Westat (the CBECS survey contractor) will continue to work on open cases via telephone interviews. The information collected in these interviews has already passed through and cleared two levels of automated data checks. In this follow-up survey, we will request energy use and cost data directly from the energy suppliers of electricity, natural gas, fuel oil, or district energy.
After working on the 2003 and the 2007 CBECS, this particular experienced interviewer was happy to be back: "This is my favorite project!
They will begin their training with distance learning modules to acclimate them with the CBECS and energy concepts before they travel to the in-person training.
Materials for each case assignment are carefully being put together, including maps and other forms that will allow the interviewer to find the sampled buildings.
The survey is administered using a computerized survey instrument, but we've provided a paper representation of the questionnaire (240 pages) and a summary of the major changes (7 pages) here.
For the details of how the CBECS sampling frame is constructed, see: How Will Buildings Be Selected for the 2012 CBECS? Green Building Council for hosting an informative 2012 CBECS Stakeholder Meeting on May 15, 2012. The CBECS is administered by a trained interviewer using a laptop and a structured survey instrument. As a result, EIA will not publish complete data tables from CBECS 2007 or release a public use file. We want to live in a world that is at peace and provides for everyone, where we all have a chance to make it and where we can live out our dreams. Although our global population should top out at around 10 billion people by 2050, the consequences to our world and standard of living will be disastrous. Capitalism, like no other form of economy provides the most products and services to the most people, by the most efficient means. In the same respects we have required a greater amount of infrastructure to house this growing population and to provide the energy needed to power those buildings. Science and technology perhaps can solve one or two issues at a time, maybe several hundred, but when thousands of highly complex, tightly intertwined issues come into play with each other, where one effects another, we reach our limit to solve them. EIA projections show a leveling off of carbon dioxide emissions in other regions, except for North America where CO2 emissions will continue to increase at a steady rate.
The extra money you pay supports additional capacity of renewable energy, and as more people sign up for this option, the market for dirty energy should shrink. Many people now believe that the Iraq war was fought primarily because of the Iraq's large oil resources, and U.S.
Fifty two homes in the Drake Landing community south of Calgary were built to be heated almost exclusively by the sun. Each table has row categories for building floorspace, principal building activity, year constructed, and Census region and division.
Also, in addition to a CSV (comma delimited) file, the data are also available as a SAS data file. It should be noted that all the tables still contain preliminary data and many of the estimates are expected to change slightly when the consumption data are released near the end of this year. Now the ESS energy usage data is being combined and processed with the energy usage from the building respondents. The remaining building characteristics data releases will include two more groups of Detailed Tables and the public use microdata files. Now the ESS energy usage data will be combined and processed with the energy usage from the building respondents. The Detailed Tables will be released in four groups; the table numbers shown below correspond to the 2003 CBECS tables. The ESS will be completed this summer, at which point the ESS energy usage data will be combined and processed with the energy usage from the building respondents. Next will be the release of Building Characteristics Detailed Tables, which will be similar to those published for the 2003 CBECS. Now, we're checking all the open-ended responses and interviewer comments and running case-level edits that check for item consistency within questionnaires and help to verify that the energy usage data are accurate.
Many have worked on other large-scale surveys of various topics, while some are new to interviewing.
At the beginning of April, they will attend a four-day in-person training session in Los Angeles where they will learn the ins-and-outs of the CBECS interviewing process and the questionnaire. Each respondent will be provided a package of materials about the CBECS when they are first contacted. Because the computer automates all the question skip patterns, the survey is not as long or complicated as it appears! We had about 20 participants attending in-person and another 40 or 50 participants via webinar, representing a variety of industries – government, trade associations, real estate, energy consultants, advocacy groups, architects, engineers, laboratories, and equipment manufacturers. The questionnaire is programmed in-house by EIA using a survey processing language called Blaise.
Green Building Council, ASHRAE, members of the Real Estate Roundtable (RER) such as Tishman Speyer, Simon Property Group, and Transwestern, the American Institute of Architects (AIA), EPA Energy Star, EPA Office of Water, National Renewable Energy Laboratory (NREL), Consortium for Energy Efficiency, Energy Performance Measurement Institute, San Diego State University, BuildingWise, Lutron Electronics, SRG Partnership, Performance Buildings Systems, Grundfos, National Trust for Historic Preservation, and Center for Environmental Innovation in Roofing. EIA's status reports for CBECS 2012 will report on risk mitigation strategies undertaken to assure the delivery of CBECS 2012 data. We want a world that supplies not only what we want, but what our children want and more than we want.
What we need to understand is the issue of consumption that goes along with such large global populations. Wealthy countries use impoverished countries for their raw materials with little accountability, while their own resources have vanished decades ago. We are consuming ten times as much energy as we did 100 years ago to create the goods and service we need.
We have built a world of concrete and steel buildings with roads to take everything we need to them, but it’s crumbling. With most developing countries, healthcare costs are only going to increase as their population continues to age.
Since the time humans existed the rate of change or innovation per generation has been relatively slow. The homes have 800 4'x8' solar hot water panels that collect heat all summer and use a series of pipes to store it in the ground under the local park. Now the ESS energy usage data is being combined and processed with the energy usage from the building respondents and end use estimates (the amount of energy used for heating, cooling, lighting, etc.) are being modeled.
The public use microdata files are building-level records provided for data users to perform individualized analyses. The Energy Suppliers Survey (ESS) data collection begins in early spring: those data will provide energy usage and cost data for about half the CBECS cases. In two recent four-day training sessions, the interviewers were thoroughly trained on all the steps necessary to complete an interview: determining if the building is in scope for the survey, making an appointment, gaining cooperation, using the computer to conduct the interview, and scanning utility bills.


The CBECS contractor, Westat, is hiring about 300 field interviewers who will visit each of these buildings to determine eligibility for the CBECS.
They will get lots of practice with the survey instrument before they hit the streets as soon as they return home from training.
Among other items, this package contains worksheets to help the building respondents prepare for the interview and a list of organizations that have encouraged participation in the CBECS .
EIA presented our planned changes to the 2012 CBECS questionnaire and took comments from the audience on each questionnaire section. These billions will need to eat, use water, need clothes, need to work, educate themselves and will want other goods or services. Free market economics requires capitalistic growth and this growth is assumed by most economic professors as indefinite. Many developed Western European countries and most of America have been stripped of their old growth forests more than a hundred years ago. Where are we to get the resources necessary to maintain the health of 80 million aging Baby Boomers?
In fact even until the 20th century most people could live their whole lives without seeing much change in their surroundings, how they worked, transported themselves, fed their family, housed themselves or obtained news from around the world. In the winter this heat is collected using the same pipes and provides about 90% of the space heating needed by these houses. Detailed examples of how to perform these calculations can be found in an extensive User's Guide.
The data are inoculated so that it is not possible to identify any individual building on the file. Some of their previous or current other occupations include: accountants, firefighters, social workers, interior designers, caterers, military personnel, teachers, tax preparers, government workers, geological technicians, sales people, certified energy managers, dairy farmers, electrical contractors, DJs, architects, parents, and grandparents. There are an additional 461 segments that were listed in 2003 that will also be part of the area frame. EIA will provide regular project status reports to the public throughout the course of the project. It is getting harder for everyone to get good employment, it is getting hard for everyone to afford what they want, have a house, have the best car, the newest cell phone, live without violence on our streets, live in a world of plenty. This planet has finite resources and as such cannot supply everyone the standard they want or even need. Most disturbing is that the majority of our energy needs during the last 60 years have come from the burning of oil. Now, every season marks a multitude of changes several magnitudes higher than one person would see in a lifetime a hundred years ago. If we slow down, stop our rapid consumption of products, stop fighting for finite resources, accept a median standard of living so that others can raise their standard of living, share among each other, partner with each other and accept the fact that we can’t solve or have everything it is possible. And finally, the CBECS questionnaire has been annotated to be used with the public use files. The skills that they all have in common that make them effective interviewers are the ability to talk to respondents, an eye for detail, and a talent for organization. We have reached the point where we live in a world of limits, limits for ourselves, limits for others and limits for our children.
Accounting for only a few exajoules in the 1950’s to over 200 exajoules today, oil has become the primary means of powering the lifestyle we have come to expect. What happens when the roads and bridges we have built to take us to work and supply us with food fall apart and no one can fix them because it is prohibitively expensive? Science has progressed to the point where it is possible to replace hips, hearts and possibly grow whatever we need to stay healthy, but at some point people get sick, get old and pass away.
Much of this change brings about new gadgets good for only a few months consumption to then be tossed away for even newer products. With increasing populations, the increasing need for infrastructure, food, water, healthcare, police protection, provide electricity, some type of safety net, build an army, protect its land, regulate the economy and control resource allocation it has become quite difficult.
If we swallow some of our pride, accept that we are not gods, that the human mind cannot do everything and that we cannot have everything we may be able to solve societal problems critical to our children and grandchildren’s way of life. Consider, by contrast, that in 2006 all funding for renewable energy and any related scientific research through the U.S. Each house emits about 5 tonnes less greenhouse gases than a conventional house, a greater than 70 percent reduction from the Canadian average. Of course, we are told that science and technology will solve those issues, the economy will always grow, there will always be food, fuel, solutions to war, we will colonize space, grow organs, create machines to do our dirty work, have a wired world and cure any disease that may arise.
If those billions do not increase their standard of living beyond subsistence levels the result could be a population crash due to hunger, disease, war or all three. Water rights are being bought up by mega-companies for future hedging on what the value of the resource will be and many cash crops only stay alive because we use chemicals to keep them growing.
It can cost upwards of a million dollars a mile to build and maintain a road, how can we logically do this to ourselves? Most healthcare costs are spend during a person’s final few years of life, what are we going to do when 10 billion people in the world get old? These gadgets are made of plastic, which is made by petrochemicals while their electronics are made from rare earth minerals such as lithium, neodymium, yttrium, lanthanum and more. As time has gone on more people have competed for less resources, causing the conflict between the haves and have not’s to become more contentious. We need to remember that if we take too much we are not only taking from others, but from our grandchildren as well.
Economic growth requires consumption and will always be limited by what resources are available, which are finite and non-renewable. The land we use for our cows and pigs becomes uninhabitable over time while our need for corn and wheat has stripped our topsoil to the point where it has become just dust with fertilizer sprayed on it. Where would we get a fuel that provides such massive amounts of raw energy yet but is still easy to get and burn? Not only with oil be in short supply, but also the rare earth elements the electronics are with. This increased contention has shown itself in the representatives who make the decisions on who gets what for us. Even multiplied over ten years, the total budget for renewable energy adds up to less than one tenth the cost of the Iraq war. What makes this time different is that we have reached the limit on many things and many problems are occurring all at once. With our expanding global population we will not be able to grow our economies fast enough to lift all of them out of poverty. Since their authority ultimately rests on the authority granted them by the people, their resource allocation fights in turn have increased. Since the United States is seeking energy security, one speculates that investing 1-2 trillion dollars in renewable energy and energy efficiency might have got it there with a far greater degree of permanence than the Iraq war, even had the war been successful. We are reaching our collective human ability to solve society’s problems and because they have become so complex and intertwined we may not be able too.
This article focuses on several more important issues we as a society have to deal with before we can say we made the world a better place for our children. Put simply, you cannot survive in a world where ten billion people have cars and three bedroom houses. The less resources to fight over, the more people fight over them and the more those who represent them fight over it, less they lose the fight and then lose the right to represent the people who elected them.
The end result is that fighting for scarce resources consumes more time, while actually efficiently allocating those resources gets less, being pushed to the margin. We might hit it at 2020 and then perhaps we could move toward quantum computing, but at some point we will reach the point of placing atoms together at the molecular level. Our current system of politics was not designed to effectively deal with today’s societies complex, urgent needs.



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