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Morecambe Bay is a declining basin and Centrica has been managing the dwindling reserves by producing from it mainly in winter when UK gas demand and prices are highest.
The Chancellor pushed through an extra 12% in tax on North Sea oil and gas production, raising the rate to 32% from 20% in the March Budget, despite warnings from the industry this will limit exploration and make the UK more dependant on imports from Russia and other overseas sources. E.ON Energy raises business energy contract prices for non maximum demand  meters from Tuesday 3rd May.
We seem to be seeing weekly increases in business energy prices lately , and UK  businesses are beginning to feel the strain.
Many independently owned pubs, restaurants and hotels are feeling the squeeze from a large increase in business energy costs this year. These increases in energy costs are being absorbed as much as possible but many in the hospitality industry are telling us that they will have to increase the costs of their food and drink menus in order to keep trading this year. With the news that Scottish Power has updated their business electricity and business gas tariffs , it is the ideal time to do a business energy comparison. The Square Kilometre Array telescope, a multi-million dollar project which could begin construction in 2016, requires an absence of radio interference, which the fracking may cause.Several government departments will lead the research into whether the semi-arid Karoo region could be damaged by fracking. The credit score of your business will affect the competitiveness of your renewal offer from your current supplier as well as any prospective supplier. Some customers may have been with a supplier for years and always paid by direct debit with no problem but on contract renewal the supplier suddenly wants a deposit or refuses to renew them, leaving them on very high out of contract rates. While we understand the commercial pressures on suppliers, we feel that a number of business energy suppliers are using this cynically as a way of renewing customers at higher prices. The irony is that at least one of suppliers stating poor credit as an excuse for expensive unit rates has a credit score that they themselves would not take. Wholesale gas prices are set to increase today on news that liquefied natural gas destined for the UK market has been diverted to Japan.
Prices surged the week after the quake and tsunami hit Japan on fears that large volumes of LNG would be diverted to Japan, it seems that these fears have been realised. For further information on future business gas prices call our business gas team on 01202 682127.
After the first comprehensive analysis of the green house footprint of shale gas by Cornell University in the US, it has been discovered that the environmental impact of shale gas is a minimum of 20% more that coal.
Some have argued that shale gas will provide energy security as well as a signpost to a reduced carbon future.
The debate on shale gas is just beginning, and there are many vested interests from all sides.
There was some volatility seen in power market on Wednesday, showing promise of some clawing back some of the previous sessions losses early on. The afternoon period of trading saw a reversal of these gains, the whole of the power curve closing the day down. Most of the losses were driven from the gas curve, which responded to a well supplied system and current demand levels being comfortably well supplied.
Another good day of renewable generation was seen on Wednesday, wind and hydro generation combining for an overall 8% contribution to the generation mix. The outlook projects that oil and natural gas will continue to meet about 60 percent of energy needs by 2040. An expected 25 percent increase in demand for oil, led by increased commercial transportation activity, will be met through technology advances that enable deep-water production and development of oil sands and tight oil.
Natural gas will continue to be the fastest-growing major fuel source as demand increases by about 65 percent. Nuclear energy will see solid growth despite some countries scaling back their nuclear expansion plans following the 2011 Fukushima incident in Japan.
Energy used for power generation will continue to be the largest component of global demand and is expected to grow by more than 50 percent by 2040 as improved living standards that come with urbanization and rising incomes lead to increased household and industrial electricity consumption through wider penetration of electronics, appliances and other modern conveniences. The Outlook for Energy is ExxonMobil’s long-term global view of energy demand and supply and its findings help guide investments that underpin the company’s business strategy. Market forces and emerging public policies will continue to have an impact on energy-related carbon dioxide emissions. New technologies will continue to play an important role in development of reliable and affordable energy.
Through most of the outlook period, more than half of the growth in unconventional natural gas supply will be in North America, providing a strong foundation for increased economic growth across the United States, and most notably in industries such as energy, chemicals, steel and manufacturing. About 65 percent of the world’s recoverable crude and condensate resource will have yet to be produced by 2040. The number of cars on the road worldwide is expected to approximately double by 2040, but fuel demand will plateau and gradually decline as consumers turn to smaller, lighter vehicles and technologies improve fuel economy. Demand for energy in non-OECD nations will grow by about two thirds, accounting for essentially all of the increase in global energy use. Global chemicals energy demand is expected to rise by about 55 percent from 2010 to 2040 and will account for 35 percent of the growth in the industrial sector. Oil and natural gas are the most widely traded energy sources and maintaining a robust global energy marketplace will remain critical to meeting rising energy demand. Traded volumes of natural gas in 2040 are expected to be two-and-a-half times the 2010 level, with most of this growth coming from liquefied natural gas.
Do you attach great importance to quality and do you have an affinity with offshore projects? Maersk Drilling Norge AS was established in 1990 and employs a staff of approximately 1000 people.
Electromagnetic radiation: same, same but differentWhat have radios, warm hugs and nuclear blasts got in common?
Infrared images let us 'see' temperature; hotter things appear red and yellow, cooler things green and blue. Radio, microwaves, UV, visible light and gamma rays have completely different effects, but they're all exactly the same kind of thing: electromagnetic radiation (EMR).
The only difference between gamma-rays from nuclear bombs and the waves that let our TVs and microwaves do their thing is how much energy those waves have got. Electromagnetic radiation is just waves of moving energy, but when we tune into radio or TV stations, we don't talk about their energy — it's all about frequency. Whether it ends up as microwaves, X-rays or sunlight, the energy that travels as electromagnetic radiation is always produced in the same way. But it's not just radio towers, X-ray machines and light bulbs that produce electromagnetic radiation; every bit of matter in the universe emits radiation, including you.


Warm things like us give off body heat, and that heat energy travels as infrared radiation. Use these social-bookmarking links to share Electromagnetic radiation: same, same but different.
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1.1 Students learn to identify the role of enzymes in metabolism, describe their chemical composition and use a simple model to describe their specificity on substrates. Most people would know that some animals (like frogs, snakes and lizards) are a€?cold-bloodeda€? and that when the weather is cold, these animals are less active than when ita€™s warm. Each enzyme has a unique shape - it is this shape that means it will make just one reaction go.
Enzymes are not usually used up in chemical reactions - they can be used over and over, so they can be present in tiny amounts. Enzymes are difficult to study in high school but there is one in saliva that we can study. Explain why our bodies need to make large amounts of digestive enzymes (like pepsin) but only tiny amounts of other enzymes (like hexokinase, which is present in every cell and catalyses the breakdown of glucose to glucose 6-phosphate). This experiment is important to addressing the skills outcome H11 (a€?A student justifies the appropriateness of a particular investigation plana€?). I hope you have a picture of many chemical reactions occurring in your own body right now, each one occurring because of the presence of tiny amounts of enzymes. So, it is important that the temperature and acidity in your body has to be kept at the right level. Maybe you can think of some changes that occur in your body when the temperature gets too low!
The first step to prevent your death is for your body to recognise the change in your body temperature.
I have only considered what happens when there is a danger of you over-heating but there are many aspects of your body that have to be kept constant - for example, oxygen, sugar and water levels in the blood. Nerve impulses travel very quickly, and travel from one small part of the body to another small part. Hormones travel relatively slowly in blood, from an endocrine gland to a number of target organs.
An example might be the hormone adrenalin, travelling from the adrenal glands above the kidneys to skin (constricting blood vessels), the pacemaker in the brain (increasing heart rate), the liver (increasing the level of glucose in the blood) and many other organs. At the Mid-Atlantic ridge, a€?black smokersa€? raise the temperature of the ocean above 100oC without the water boiling (because of the very high pressure). There are other organisms that thrive in temperatures close to the freezing point of water. The temperatures at which organisms are found and the range over which they can survive is because of the enzymes in their bodies. A Grylloblattid - (Grylloblatta bifratrilecta) an insect related to crickets and cockroaches that lives in snow.
Leta€™s make our ectotherm the impressive but relatively harmless (if left alone) Red-bellied Black Snake (Pseudechis porphyriacus). Comparing our ectoderm (Black Snake) and endoderm (Wombat) it is clear that both have behaviours and bodies that help them to survive extremes. Your textbook does not give any examples of plants responding to temperature change - only adaptations to temperature extremes -so Eucalypts have drooping leaves which helps them to avoid overheating when the Sun is high; deciduous trees drop their leaves which helps them to avoid frost damage. Responses of plants to temperature change are not common but there has been great interest from horticulturalists over several hundreds of years in the ability of Rhododendron spp to curl their leaves in response to temperature change.
Most people would know that some animals (like frogs, snakes and lizards) are a€?cold-bloodeda€? and that when the weather is cold, these animals are less active than when ita€™s warm.A  Why is this? Enzymes are not usually used up in chemical reactions - they can be used over and over, so they can be present in tiny amounts.A  But most importantly, they only work under special conditions - a narrow temperature range and a narrow pH (acidity) range.
That usually doesna€™t happen because things happen in your body to cool your body.A  You sweat, surface veins open up so that blood flows closer to the cooling air, and you breathe more often releasing warm our from your lungs. This is a practical investigation involving second-hand research.A  Before you start it, you should read these notes. I have only considered what happens when there is a danger of you over-heating but there are many aspects of your body that have to be kept constant - for example, oxygen, sugar and water levels in the blood.A  For each, there are receptors that detect the changes and a control centre (usually in the brain) that counteracts the change. Nerve impulses travel very quickly, and travel from one small part of the body to another small part.A  An example might be from a fingertip to a very small part of the brain when we touch something. There are other organisms that thrive in temperatures close to the freezing point of water.A  For example, there are bacteria-like cells that grow on snow turning it red (to produce a€?watermelon snowa€?). On the other hand, individual organisms can generally survive in a fairly narrow range.A  For example, tropical fish die in cold water, yet antarctic fish would die in tropical waters. Choose an ectothermic animal species, an endothermic animal species and a plant species.A  Dona€™t forget the advice about second-hand research, especially to acknowledge your sources. Your textbook does not give any examples of plants responding to temperature change - only adaptations to temperature extremes -so Eucalypts have drooping leaves which helps them to avoid overheating when the Sun is high;A  deciduous trees drop their leaves which helps them to avoid frost damage. In that article, we talked about how to shift energy between sections, via transitions (go ahead and read that so you’re up to speed). In my recently released eBook, “Electronic Music Arrangement: How to Arrange Electronic Music,” I discuss a concept that I’ve labeled the “Trinity” of music arrangement — Energy, Tension, and Emotion. The Trinity is important because behind all the chords, harmonies, melodies, sweeps, bass- lines, and roaring synths we make, we find these three things as a driving force. In fact, everything that goes into constructing a song is basically a vessel to communicate the Trinity. That might sound like a simple statement — that energy is always flowing — but it’s actually one of the most relieving things you can take hold of when it comes to arrangement.
For instance, when writing a track, if you know that you want your energy to be lower in the next section, your decisions are pretty simple — reduce the energy through whatever method makes the most sense given your track.
When you boil it down, your goal as a music producer while writing and arranging a track is to sculpt an entire three to eight minute energy flow. In my video, How to Escape the 8 Bar Loop, I talk about using the same instruments with a different flavor. Moreover, there is no better example of Energy flow than in “I Remember” by Deadmau5 and Kaskade. But it’s so well sculpted — so intentionally and expertly crafted — that it’s interesting for ten freaking minutes.


So now that we’ve acknowledge how incredibly important and fundamental Energy is in writing tracks, how do we go about creating, shifting, and sculpting an incredible flow? Then, click here subscribe to my newsletter or my YouTube channel to stay up to date with me and my creative-process focused ramblings :^).
Good read, transitions are something I struggle with, finding the right transition to fit the rest of the track so things flow seamlessly. Its reliance on imported LNG has increased since then, forcing British gas and other suppliers to compete with other buyers internationally to obtain it.
This increase follows the recent slight drop in prices for maximum demand meters offered by E.ON Energy. SME business customers who took a one year contract last year are seeing a unit rate increase of up to 50% on contract renewal this year.
We have also seen in the last few months an increase in the amount of customers who are being asked for a security deposit before the commencement of a new contract. Qatar have agreed to sell 4 million tons of LNG to Japan , which means there will be less gas coming to Europe and the UK.
The number of LNG vessels headed for the UK has dropped drastically in the last week while deliveries to Japan have increased massively. Researchers from the United States discovered that shale gas wells emit large amounts of methane gas, a key contributor to Global Warming. This theory now seems to be completely wrong and in fact shale gas will prove an even bigger greenhouse polluter than coal and traditional natural gas. Methane is far worse than CO2 from a green house perspective, although it lingers for a far shorter time in the atmosphere. Without gains in efficiency, global energy demand could have risen by more than 100 percent.
Natural gas is projected to account for more than one quarter of all global energy needs by 2040 and it is expected to overtake coal as the largest source of electricity.
Growth will be led by the Asia Pacific region, where nuclear output is projected to increase from 3 percent of total energy in 2010 to nearly 9 percent by 2040. The growth reflects an expected 90 percent increase in electricity use, led by developing countries where 1.3 billion people are currently without access to electricity.
The outlook is developed by examining energy supply and demand trends in more than 100 countries and 15 demand sectors, such as transportation, industrial and power generation. After decades of growth, worldwide energy-related carbon dioxide emissions are expected to plateau around 2030 before gradually declining toward 2040, despite a steady rise in overall energy use. Significant advancements in oil and natural gas technologies have safely unlocked vast new supplies, already changing the energy landscape in North America and expanding supplies to help meet growing global energy demand. Most of the energy demand growth in the chemicals sector will be for the feedstocks to make the building blocks for a wide range of essential products. But if you could crank up the energy in radio waves a bit, you'd turn them into microwaves and you could zap your dinner with them. In the case of EMR, it's how often you'd get hit by a wave of radiation if you stood in its way. So you're actually emitting higher energy radiation right now than your remote control or microwave oven. However, because it can maintain its body temperature within a narrow range, wombats can remain active over a much wider temperature range. Using this perspective can seriously assist in helping you figure out where to go next in your track, or even what comes before. But one layer above that — the core of my decisions and the reason I made the decisions for my second section — are because of the flow of Energy. Hell, I’ve listened to this track on repeat many times over, so they’ve effectively held my interest for hours at a time. That’s the power of creating a flowing river that your listeners can groove down, losing themselves and enjoying the ride, not even caring how long it is.
Many pubs and restaurants are reporting reduced turnover while supermarkets are reporting record turn over and profits.
One point I think all of us who are involved in the business gas sector will agree on is: anything that can help reduce the current gas prices can only be a good thing, as long as it is not at the expense of future generations. Twenty different types of energy that will be available to future consumers are evaluated while taking into account assessments of future technologies, government policies and cross-border trade flows. You wouldn't be stuck with the cricket or Kyle Sandilands, you could tune into anything from TV shows to sunshine and gamma-ray bursts. Keep increasing the energy and you'd be able to use those waves as a torch (visible light) before they started shining right through things (x-rays) and eventually, when they're at the other end of the energy spectrum, they'd be deadly gamma-rays. But don't get too cocky; we might make higher energy radiation than our appliances, but we don't pump out nearly enough of the stuff to do anything more useful than hug with it. They have a very simple set up — a couple synths, some basic percussion elements, and a vocalist. This tells me that confidence is still very low in the general population and the increase in energy costs for both businesses and domestic customers will only add to the feeling of less money in your pocket. Wind, solar and biofuels are likely to make up about 4 percent of energy supplies in 2040, up from 1 percent in 2010. You'll get hit by way more visible light waves than radio waves each second because visible light is higher energy, and higher energy radiation has a higher frequency. Not only that, but almost all of the energy shifting is simply the cut-off filter on synths being opened and closed.
And electrons vibrating in radio transmitters give off the low energy radiation we tune into.
Radio waves have got the longest wavelengths, ranging from a few metres to waves that are kilometres long. It's that range of wavelength and frequency that means we can fit lots of different radio and tv stations in.



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