Gas And Electricity Providers Quotes

It's already happening. After falling for years, California's greenhouse gas emissions rose 1.7 percent in 2012, pushed up by the drought and the closure of the San Onofre nuclear plant in San Diego County. The state has not yet released emissions data for 2013. Experts say a sustained drought wouldn't prevent California from reaching its climate change goals. Instead, years of dry weather would force energy providers to find new strategies - ones that would likely cost more. In addition to being clean, hydropower tends to be cheap. "It makes things harder," said Victor Niemeyer, program manager for greenhouse gas reductions at the Electric Power Research Institute. "If there's less hydro, the power has to come from somewhere. You have to burn more gas, and that costs more money, all things considered.

regulations, wastewater was managed in treatment facilities and no longer dumped into streams. Thus, the cost of pollution was captured in the cost of oil production. indeed, clean water from these treatment facilities was sold to nearby farmers for irrigation. on the other hand, these new technologies spewed large amounts of pollutants into the air. That air pollution was viewed as a cost of doing business; its environmental costs were ignored. oil prices collapsed in the 1980s. at the same time, air-quality regulations were becoming stiffer. operations at the Kern river oil field were again tenuous. yet once again, technological innovation provided a fix. oil companies built facilities to generate electricity that were fueled by natural gas, which burns cleaner than oil. This electricity was a source of revenue. The electric facilities also supplied steam that was used to increase production from the wells. in 2000, the Kern river oil field produced nearly 40 million barrels of oil. however, this level of production could not be sustained. since then, production has fallen to less than 30 million barrels each year (Figure 15.3). since 1899, over 2 billion barrels of oil have been extracted from the Kern river oil field. scientists estimate that this field could yield another 475 million barrels. But actually producing that much oil will depend on continuing improvements in technology and high oil prices. like many of the resources upon which we depend, oil is being consumed by humans at a rate that is thousands of times faster than the rate at which it is being produced. What are the factors that influence the total amounts of such resources? how do technology and economic factors affect the availability of those resources? What are the environmental consequences of their use? These questions are central to

Cooking with gas was a popular expression at the time, but it was an in-joke with us. When somebody was cooking with gas around our place it meant that he was really doing everything right. This stemmed from our experience in patterning our stores on the plans provided by the McDonald brothers. Jim Schindler insisted on using gas units for making french fries instead of the electric friers the McDonald boys were using. Gas proved to be more efficient for this purpose. It was cheaper, and we got a better product. So we tried to “cook with gas” in all our operations at McDonald’s. The

One of the more useful things I learned as a midshipman at Maine Maritime Academy were the names of the seven masts of a seven masted schooner. When I mentioned to the 600 people in attendance at a Homecoming event that my degree was a BS in Marlinspike Seamanship no one laughed, leaving me in the embarrassing position of having to explain that actually I had a Bachelor of Marine Science degree. Later looking into a mirror I convinced myself that I really didn’t look old enough to have lived in an era when wooden ships were sailed by iron men. What I remembered was that we were wooden men sailing on iron ships that were actually made of steel, however I can remember schooners sailing along the coast of New England and I do remember the seven names of a seven masted schooner. In actual fact only one seven masted schooner was ever built and she was the she a 475 foot, steel hulled wind driven collier/tanker named the Thomas W. Lawson, named after a Boston millionaire, stock-broker, book author, and President of the Boston Bay State Gas Co. Launched in 1902 she held the distinction of being the largest pure sail ship ever built. Originally the names of the masts were the foremast, mainmast, mizzenmast, spanker, jigger, driver, and pusher. Later the spanker became the kicker and the spanker moved to next to last place, with the pusher becoming the after mast. Depending on whom you talked to, the names and their order drifted around and a lot of different naming systems were formed. Some systems used numbers and others the days of the week, however there are very few, if any of the iron men left to dispute what the masts were called. The Thomas W. Lawson had two steam winches and smaller electrically driven winches, to raise and lower her huge sails. The electricity was provided by a generator, driven by what was termed a donkey engine. On November 20, 1907 the large 475 foot schooner sailed for England. Experiencing stormy weather she passed inside of the Bishop Rock lighthouse and attempted to anchor. That night both anchor chains broke, causing the ship to smash against Shag Rock near Annet. The schooner, pounded by heavy seas capsized and sank. Of the 19 souls aboard Captain George W. Dow and the ships engineer Edward L. Rowe were the only survivors. Everyone else, including the pilot, drown and were buried in a mass grave in St Agnes cemetery.

In the United States, buildings use nearly 75 percent of our electricity. They must be heated and cooled—most often, for the moment, with two separate appliances—a furnace powered by natural gas or oil and an air conditioner powered by electricity. The next leap is to get rid of the old appliances entirely and install an electric heat pump that provides both services in one device. These clever systems both heat and cool and turn one unit of electricity into three units or more of heat, with industrial versions available for large buildings. While this technology still needs to drop in price, it’s ready and waiting at your nearest authorized dealer.

The share of global power that comes from burning coal (roughly 40 percent) hasn’t changed in 30 years. Oil and natural gas together have been hovering around 26 percent for three decades. All told, fossil fuels provide two-thirds of the world’s electricity. Solar and wind, meanwhile, account for 7 percent.

Gather six to 12 months of checking, savings, and credit card statements, and break your income and expenses down into categories and then line items. I have suggested some here, but add your own as needed. Check to see if your bank or credit card company provides reporting that categorizes charges or lets you assign categories—your work may already be almost done for you: •Income—paychecks, interest, dividends, rents, royalties, business income, pension, social security, child support, spousal support •Housing—mortgage/rent, property taxes, HOA dues, insurance •Utilities—gas, electric, propane, phone, TV/Internet, trash, water/sewer •Food—groceries, dining out •Auto—car payments, gasoline, repairs, insurance •Medical—health insurance, doctor/dentist visits, prescriptions, physical therapy •Entertainment—travel, concerts/shows, sports •Clothing—personal purchases, dry cleaning, uniforms •Personal care—hair/nails, gym/yoga, vitamins/supplements •Miscellaneous—gifts, pets, donations •Children—education, activities, school lunches, childcare You can use a spreadsheet or pen and paper to take note of income and expenses as you go through statements, then calculate a monthly average for each item.

Fame is like a sequin-covered suit of armor that provides a holographic cover for actual me; most people, whether their opinion is positive or negative, are content to deal with the avatar, leaving me as tender as crabmeat within. Really, it’s an amplification of what happens if you’re not famous. I don’t imagine that we are often interacting on the pure frequency of essential nature; we usually have a preexisting set of conditions and coordinates that we project on to people we meet or circumstances we encounter. This is not just a psychological notion. Robert Lanza, in his concept-smashing book Biocentrism explains that our perception of all physical external phenomena is in fact an internal reconstruction, elaborating on the results of experiments in quantum physics, that particles behave differently when under observation—itself a universe-shattering piece of information—so that, and forgive my inelegant comprehension of the quantum world, electrons fired out of a tiny little cannon, when unobserved, make a pattern that reveals they have behaved as “a wave,” but when observed, the kinky little bastards behave as “particles.” That’s a bit fucking mad if you ask me. That’s like finding out that when you go out your dog stands up on its hind legs, lights a fag, and starts making phone calls. Or turns into a cloud. Lanza describes how our conception of a candle as a yellow flame burning on a wick is a kind of mentally constructed illusion. He says an unobserved candle would have no intrinsic “brightness” or “yellowness,” that these qualities require an interaction with consciousness. The bastard. A flame, he explains, is a hot gas. Like any light source, it emits photons, which are tiny packets of electromagnetic energy. Which means electrical and magnetic impulses. Lanza points out that we know from our simple, sexy everyday lives that electricity and magnetic energy have no visual properties. There is nothing inherently visual about a flame until the electromagnetic impulses—if measuring, between 400 and 700 nanometers in length from crest to crest—hit the cells in our retinas, at the back of the eye. This makes a complex matrix of neurons fire in our brains, and we subjectively perceive this as “yellow brightness” occurring in the external world. Other creatures would see gray. At most we can conclude, says Lanza, that there is a stream of electromagnetic energy that, if denied correlation with human consciousness, is impossible to conceptualize. So when Elton John said Marilyn Monroe lived her life “like a candle in the wind,” he was probably bloody right, and if he wasn’t we’ll never know. We apply reality from within. The world is our perception of the world. So what other people think of you, famous or not, is an independent construct taking place in their brain, and we shouldn’t worry too much about it.

Fame is like a sequin-covered suit of armor that provides a holographic cover for actual me; most people, whether their opinion is positive or negative, are content to deal with the avatar, leaving me as tender as crabmeat within. Really, it’s an amplification of what happens if you’re not famous. I don’t imagine that we are often interacting on the pure frequency of essential nature; we usually have a preexisting set of conditions and coordinates that we project on to people we meet or circumstances we encounter. This is not just a psychological notion. Robert Lanza, in his concept-smashing book Biocentrism explains that our perception of all physical external phenomena is in fact an internal reconstruction, elaborating on the results of experiments in quantum physics, that particles behave differently when under observation—itself a universe-shattering piece of information—so that, and forgive my inelegant comprehension of the quantum world, electrons fired out of a tiny little cannon, when unobserved, make a pattern that reveals they have behaved as “a wave,” but when observed, the kinky little bastards behave as “particles.” That’s a bit fucking mad if you ask me. That’s like finding out that when you go out your dog stands up on its hind legs, lights a fag, and starts making phone calls. Or turns into a cloud. Lanza describes how our conception of a candle as a yellow flame burning on a wick is a kind of mentally constructed illusion. He says an unobserved candle would have no intrinsic “brightness” or “yellowness,” that these qualities require an interaction with consciousness. The bastard. A flame, he explains, is a hot gas. Like any light source, it emits photons, which are tiny packets of electromagnetic energy. Which means electrical and magnetic impulses. Lanza points out that we know from our simple, sexy everyday lives that electricity and magnetic energy have no visual properties. There is nothing inherently visual about a flame until the electromagnetic impulses—if measuring, between 400 and 700 nanometers in length from crest to crest—hit the cells in our retinas, at the back of the eye. This makes a complex matrix of neurons fire in our brains, and we subjectively perceive this as “yellow brightness” occurring in the external world. Other creatures would see gray. At most we can conclude, says Lanza, that there is a stream of electromagnetic energy that, if denied correlation with human consciousness, is impossible to conceptualize.

Even accepting that EVs and solar panels are or will one day be more energy-efficient than coal- and gas-burning technologies, the bigger question is how fast we attempt to transition. For renewables to provide a majority of our power, we would have to increase wind and solar twenty-fold. But there are not enough rare earth metals on the planet to build such an energy system and then replace it every couple of decades. Replacing a majority of our coal and gas industries with electric ones would exhaust all of our power and resources at one time, massively increasing emissions and environmental degradation in the short run. It could also increase energy inequality, by diverting power and resources to the rebuilding of the energy sector itself. Transitioning slowly, on the other hand, as things wear out, might not create such stresses, but would take many decades to bring us to zero net emissions. Both approaches result in catastrophe. The

For decades, Green activists have been attacking our sources of energy. Every single one has been demonized. Coal, which liberated mankind from the Malthusian trap, gave us manufacturing, railroads, and steamships; more than doubled our life expectancy; and saved almost all of us from having to be dirt farmers. Oil, which substantially replaced coal in the 20th century, made airplanes and the private automobile possible, along with the rest of the modern world. And, starting in the 1960s and ’70s, hydropower, nuclear fission, and even natural gas have come under the guns of the activists. The currently fashionable “renewables,” such as wind and solar power, have largely escaped the attacks. Battery-powered electric cars are the darlings of the Greens. But this is because they are simply not capable of providing anywhere near the energy or range that civilization depends on at a price it can afford. Should any of these, or other new forms of energy, prove actually usable on a large scale, they would be attacked just as viciously as fracking for natural gas, which cuts CO2 emissions in half, and nuclear power, which would eliminate them entirely.