Functional Areas - Staff at R. Bethels Essay Example for Free

Functional Areas Staff at R. Bethels Essay R. Bethels have two owners, a manager and three other members of staff. The manager looks after the day to day running of the shop and helps run the business. The owners complete the paper work of the business and look after the financial side. Human Resources At R. Bethels, human resources is for: * Recruiting and dismissing * Providing good working conditions * Negotiating with trade unions * Health and safety The owners of R. Bethels are in charge of human resources. They will employ and dismiss employees. They will decide how much they get paid and how often they get paid. The manager will make the phone calls to employees, open and run the shop and to advertise available jobs. It is important that the manager does this in order to employ the correct people. Employing the correct people is good for motivation, quality of work and customer satisfaction. The Owners of R. Bethels may not do things to provide good working conditions all the time but he will decide what are good working conditions and tell members of his staff how to make these conditions available. This is so that people will want to work for R. Bethels. They will negotiate with trade unions in order to give their employees decent pay and good working conditions. They will also decide how to handle health and safety issues and improve them as and when they need to. R. Bethels need to be a healthy and safe environment so that people are able and willing to work for R. Bethels. As R. Bethels is a small business, training may not always matter but the owners will be in charge of it if it is needed. This would be needed for motivation, job satisfaction and an increase in profit through happy and satisfied customers. Finance Finance department covers: * Recording financial matters * Preparing accounts * Paying wages and salaries * Obtaining capital and other resources The owners deal with the companys finances. They will record and file all of the financial documents. This is important, as when R. Bethels need a financial document e.g. a sale they have just made, it will be easy to find. The owners will decide on who gets what amount of money per week or per annum and they will hand out the wages to the employees. They will also prepare accounts in order to sort out money, which comes in and goes out of the business. R. Bethels need capital in order to trade properly, the manager or the owners may sort this out. Administration and ICT Support Function R. Bethelss administration and ICT support is for: * Cleaning and maintenance * Health and safety * security * Clerical services * Word processing The manager will deal with clerical services and possibly computers and Internet. The clerical services are things like answering the phone and typing up letters. The manager would do this or the owners would, depending the circumstances. These are needed in order to keep in touch with customers, banks, other companies, etc. The employees would deal with cleaning and maintenance in order to keep things clean and in working order. The manager and the employees would share out the duties of everything else in order to keep the business a safe place to work. Marketing and sales Marketing is needed to enable R. Bethels to find out what customers need. This helps increase sales in order to increase their profit. As the manager at R. Bethels will have more time than the employees and the owners, he will be able to cover marketing. The owners and the employees will also be able to do this if they have any spare time, if they need to. The manager will ring up restaurants companies in order to advertise the companys products that are available. He will take time with customers to show them how to cook and serving ideas for the fish. When the customers want buy a product, they will be served by the manager or the employees and the money will be handed into the till machine. Customer services This deals with: * Keeping customers happy * Dealing fairly with complaints * Responding to enquiries * Offering credit * After sales service * Advice and information * Reliability * Good products, fairly priced R. Bethels may not be able to deal with all of the things in this list, because of the size of their business. The owners will decide how these things are sorted out but all of the staff at R. Bethels will have to help meet them. R. Bethels will try their best to keep customers happy. Keeping customers happy is what customer services are needed for. Research and development Research and Development is all about researching products and how customers respond to the business. If there are any things that need improving, R. Bethels will talk to their supplier and sort it out. At R. Bethels, the manager and the employees will do the research but the employees and the owners will sort out the product development. R and D is an important function because R. Bethels can have an advantage over their rivals and they can have a more desired product. At R. Bethels, the business lifestyle will be totally different to that of Dominos. At the moment there are only five people who are involved in the business, if and when this changes the lifestyle of the business will probably change too possibly in a dramatic way.

Visiting Marrakesh, Morocco †The Red City

Visiting Marrakesh, Morocco – The Red City Marrakesh – The Red City As-salam alaykom! (Hello in Arabic) Marrakesh is the third largest city of Morocco and is situated at the foot of the Atlas Mountains. It is the most important of the four imperial cities of Morocco and has a rich history. A city of palaces, tombs, markets and myriad entertainments, Marrakesh is a treat for the senses. It is easy to get lost in its many alleys and markets, and the action packed Djemaa El-Fna square at the city center is enough to keep you occupied and intrigued for an entire day. The modern half of the city, Gueliz is a contrast and offers a getaway from the hustle and bustle of the Old Town. Visiting Marrakesh is an exhilarating experience that is sure to leave a lasting imprint on all travelers, who will return impressed with its beautiful architecture and unique culture. Best Season to Visit Marrakesh Marrakesh, with its sunny weather presents itself as a year round destination. However spring (March to May) and autumn (October to November) are the best months to explore this city, with lower temperatures and lesser crowds. The Easter Weekend is an exception and crowds throng the city as a getaway from their hectic schedules. While early summer can still be pleasant enough, the later months (July to September) can be unbearable if you are not used to the heat. In spite of this, summer is the peak tourist season and prices for everything skyrocket during this time. Many festive events are held during summer. Winter (December to February) brings along sunny days and cold nights, and there is snowfall in the nearby Atlas Mountains. Tourists visiting around this time can take off to the ski resorts in the mountains and enjoy the snow. Highlights (Special Things to Do in Marrakesh) Visit the La Mamounia for a buffet lunch by the poolside and be floored by the splendor and glamour of this spectacular hotel. Go back in history and view artifacts from the past at the Dar Si Said Museum that includes exquisitely carved cedar wood pieces that have been rescued from the ruins and monuments in the city. Soak in the pungent and medieval experience of Marrakesh by visiting the Tannery District and watch the tanners at work as they cure the animal hides with foul-smelling liquids that transform them into finished leather products ready for sale. Head to a luxury bath at one of the many Hammams for an authentic Moroccan experience of luxury and indulgence For a belly dancing performance, head to the Comptoir Darna, the first lounge dining restaurant in Marrakesh. Beautiful ambience, great food and wonderful performances make it a perfect place to soak in the true feel of Morocco. Immerse yourself into street food at the Djemaa El-Fna and feast on the many exotic varieties of meat available at the various counters. Indulge in some souvenir shopping and visit the traditional markets known as Souks that sell everything from handicrafts to antiques, spices to ornaments, carpets, cashmere and even items made of â€Å"cactus silk†! Head out on a city break to the nearby sand dunes of Erg Chegaga or Erg Chebbi for an exotic camel ride and desert safari. Ski in the snow in the nearby ski resort of Oukaimeden, situated in the Atlas Mountains where snowfall occurs in the winter months. Attractions in Marrakesh Medina: Djeema El-Fna: Originally a place of public executions (back in AD 1050), this is the main public square of Marrakesh. Filled with snake charmers and medicine men during the day, the square really comes alive as the day ends. Musicians, story tellers and entertainers fill up the square and the open air acts begin as a visual treat. Hundreds of food stalls also line up to provide exotic, hot, mouth-watering delicacies. Koutoubia Mosque: The mosque is made of red sandstone and is the largest in the city. It is most famous for its minaret, built in Almohad style and rising to a height of 70m. The minaret was an inspiration for many later towers including the La Giralda in Seville, Spain. Non-Muslims are not allowed inside, but a walk around its periphery may be enough to marvel at this masterpiece. El Badi Palace: Largely in ruins, this impressive palace was built in the 15th century and its name translates into â€Å"The Incomparable Palace† in English. It is easy to imagine the grandeur and luxurious lifestyle of its royal inhabitants as you walk through the large pavilions, sunken gardens and abandoned pools. El Bahia Palace: Built in the late 19th century, this grand building is a great example of Eastern Architecture. Lavish decorations and beautifully landscaped gardens are reasons enough to visit this palace. Almoravid Koubba: Considered to be the oldest building in the city, it is also the only surviving monument from the Almoravid era. Bab Agnaou: It is one among the 19 gates that serve as entry and exit points to the Medina and was constructed in the 12th century. Ben Youssef Madrassa: One of the largest madrassas in North Africa, it is home to some very beautiful artwork. Saadian Tombs: The tombs were constructed to hold the graves of the Sultan Ahmed Al-Mansur who reigned in the 15th century, and his family. Lavishly built with Italian marble, cedar woodwork and intricate decorations and carvings, the tombs are sure to inspire awe among the visitors. Gueliz: Majorelle Garden: This delightful garden is worth a visit for the extensive use of the Majorelle Blue colored walls and ponds, as well as the many colorful fountains and large variety of cacti that are found within it. Spread over 12 acres, it offers a respite from the heat of the city. Menara: Menara Gardens: Situated near the outskirts of Marrakesh at the foot of the Atlas Mountains, The gardens are spread across orchards and olive groves with a pavilion and a lake in the center. The snowcapped Atlas Mountains form a great backdrop to the beautiful gardens. Shopping in Marrakesh Shopping in Marrakesh can be an assault on your senses, as you take in the colors, the atmosphere and the vibrancy of the markets. Almost all shopping in Marrakesh needs to done in the traditional markets that are called Souks and it is possible to find anything- yes, anything, in the narrow lanes of the souks that you navigate, as you move from one shop to the next. The Souk Semmarine is the main lane that runs from the Djemaa El-Fna to the Ben Youssef Mosque and is flanked by a never ending array of souks that sell a wide variety of products. If it is spices that you are interested in, visit the Rahba Kedima (Spice Square) that has stalls selling a plethora of spices from saffron to cumin, cinnamon to mace and even Argan oil that is almost exclusively produced in Morocco. A number of stalls selling herbal remedies, cosmetics, essential oils are also to be found. For shoes and footwear, look no further than the Souk Smata, where brightly colored Moroccan slippers are a must-buy. Other leather items can be found at the Souk el Kebir and Souk Cherratin that specialize in camel leather goods like belts, wallets and purses. Visit Souk el Attarin if it is fragrances and perfumes that you are looking for. Souk Zrabia is the place to be if Berber carpets interests you, and for clothing and fabrics, stroll through the Souk Larzal and Souk des Teinturiers markets. How to reach Marrakesh Marrakesh is well connected to many European cities due to its popularity with the European tourists. The Marrakesh-Menara International Airport has direct flights that connect the city with destinations like Paris, London, Stockholm and Madrid, to name a few. Those flying in from North America, Asia and elsewhere will need to change flights at Casablanca. The airport is located at a distance 5km from the city and there are air conditioned buses plying every 30 minutes between the airport and the city. Marrakesh is also connected by train service to other major cities of Morocco. There are regular trains connecting Marrakesh with Casablanca and Rabat. Night trains are also available with sleeper cars for farther off destinations like Tangiers. A number of long distance bus services are also available for those wishing to take the roadways to travel between the Moroccan cities. How to get around in Marrakesh Marrakesh has a good bus service that can get you anywhere within the city. The Medina is small enough that everything can be covered on foot, although an umbrella is necessary to protect you from the sun. Taxis and horse drawn carriages are also available to explore the city. The Bus service is quite good and covers all parts of the city that tourists will want to visit. Most buses stop at Djemaa El-Fna in the Old Town and Place Youssef Ben Tachfine in the New Town. Fares are dependent on the distance, but most of the time you will be paying between 2-5dh. Airport buses run at frequencies of 30 minutes from early morning until 9:30 in the night. An Open Topped Sightseeing Bus is available that will take you around the city with headphones to provide commentary on the various tourist locations. You can get down anywhere to explore the location at your leisure and then board another bus to continue. Tickets are valid for 24 hours and cost 145 Dh. An alternate way to get around the city is the small horse-drawn carriages called Caleche. It is better to negotiate on a price before getting onto them. The Caleche offers a romantic way to explore the city. Taxis are generally not to be preferred, since they will try to rip you off with high charges for getting you to the destination. Some may even try to charge you for the bags that you are carrying. If getting into one, always ask them to use the meter. Petit taxis are smaller taxis that accommodate 3 passengers and can be boarded on a sharing basis. If you are inside the Medina, Walking is the best way to cover all the destinations. All places are quite nearby and easily findable by directions from the locals or by using GPS. Top Areas of Marrakesh Medina: The Medina is the older, historic part of the city and is centered on the main square, Djeema El-Fna. A lot of the stay options in this district consist of the Riads, which are basically furnished Moroccan houses with a courtyard. Gueliz: This is the modern, European half of Marrakesh that is characterized by upmarket restaurants, cafes and luxury boutiques. Hivernage: Situated quite close by to the Medina, the Hivernage Quarter is a quiet, residential part of the town characterized by broad, tree-lined avenues, rooftop restaurants and luxury hotels. Palmeraie: The Palm grove Quarter is an oasis situated outside of the city. A few luxury resorts are available here. Agdal: An area of recent development, it is situated outside of the city and is being built as a major hub for further expansion of the city. A number of shopping arcades and expensive hotels are coming up in this locality. Shukran! (Thank you in Arabic)

Ozone and Global Environmental Politics Essay examples -- pollution gl

Ozone and Global Environmental Politics A thin layer of gas called atmosphere surrounds the Earth. The atmosphere serves two important purposes: it is a filter for the suns dangerous ultraviolet radiation rays and keeps the heat, necessary to maintain life on earth, within the stratosphere (Vorlat 361). Ultraviolet light is incredibly dangerous to all the organisms within the Earth's ecosystem because it causes skin cancer, effects the immune system, and harms plant and animal life. For that reason the atmosphere and the ozone layer within it are crucial to a stable life on this planet. The ozone layer is in danger, however. It is facing depletion by a toxic man-made substance called chlorofluorocarbons (CFCs). Together the international community is working through treaties and conventions to stop this environmental problem. To understand the problem behind ozone depletion we first must understand what ozone is and how it works. Ozone is a thin protective layer that starts nine miles up in the air and continues up in the sky thirty-one miles (Kellner 20). It serves as a screen against the sun’s harmful UV rays by protecting plants and animals, as well as people from skin cancer, immune system problems, and eye disorders, such as cataracts (Ozone Treaties). Ozone is a gas, often a bluish color, made up of three oxygen atoms instead of the typical two. Ozone forms when solar ultraviolet rays and oxygen molecules meet. The result of the meeting is free oxygen molecules that form to regular oxygen molecules to create ozone molecules. Thus the process repeats (Vorlat 361). So in essence the sun’s rays are destroying oxygen molecules to create the ozone that is going to serve as a filter for the planet... ...nment Programme. (1997) The Climate Change Convention. New York, New York. United Nations Department of Public Information. United Nations, Press Release. (1999, March 16) 84 Countries Now Signed on to Kyoto Protocol. [on-line] http://www.unfccc.de/fccc/conv/presskp.html. Vorlat, Katrien. "The Chemistry of the Atmosphere." International Environmental Law Anthology. Ed. Anthony D'Amato and Kristen Engel. Cincinnati: Anderson, 1996. Warrik, J. (1998, November 15) 160 Nations Endorse Pact on GlobalWarming Compliance; Accord Speeds Up Timetable for ‘Action Plan’ on Environment. Washinton Post. [on-line]http://newslibrary.krmediastream.com/cgi- bin/document/wp_auth?DBLIST=wp98&DOCNUM=61971. Wysham, Daphne. â€Å"On Eve of Clinton Visit World Bank Grants China $330 Million for High Polluting Coal Project.† 25 June 1998. http://www.igc.org/coc/bwi081.html

Egyptian Bedouins :: essays research papers fc

The Life of the Egyptian Bedouins   Ã‚  Ã‚  Ã‚  Ã‚  The Bedouin people of Egypt can easily be described as a people with no place to call a home. Studying the Bedouins show that they have a deep and unique culture. They do not get involved in politics, and they live a humble and modest life. The Bedouin Nomads of Egypt are predominantly Muslim. Therefore, their beliefs, practices and rituals will be the same as that of a common Muslim. I will discuss the doings of Muslims but more importantly, I will concentrate on the beliefs and other aspects that make the Bedouin people unique and different from other Muslims.   Ã‚  Ã‚  Ã‚  Ã‚  In Islam, there is something known as the five pillars. These five pillars detail how to carry on your religious duty. The five pillars of Islam start off with the belief in the oneness of God and Muhammad as his prophet, as well as belief in all other prophets before Muhammad. The next pillar is prayer. Prayer must be carried out five times a day. The first prayer called Fagr (streak of light) must take place between when the first light of the day is seen until 10:00 am. The second prayer called al-duhr (noon prayer) should be done between noon and the next prayer which is the asr (afternoon) prayer. The fourth prayer of the day is the Maghrib (sundown) prayer. The last prayer is called the Isha (night) prayer. If any prayer is missed at any time of the day for any reason, it can be made up at a later time. The next pillar of Islam is al-sowm (the fast). Muslims must fast during the Islamic month of Ramadan. Muslims engage in this practice in order to gain endur ance and compassion for the poor. The fourth pillar of Islam is zakah (charity), every Muslim is asked to give a fraction of their money to the poor. This fraction is usually a percentage of their wealth. The final pillar is the Hajj (journey to Mecca), a mature Muslim must visit Mecca in Saudi Arabia at least once in their life. A Muslim that visits Mecca seven times in their lifetime can visit the Dome of the Rock is Jerusalem. The Dome of the Rock is the second most holy place in the world for Muslims. Most reputable literature written on the Bedouins were written by anthropologists that have spent time and traveled with them.

Victims of Domestic Abuse :: Legal Issues, Politics, Social Issues

Currently, protective orders are only provided during regular court hours to victims of domestic abuse. However, the occurrence of violence has no time frame – it does not only take place or transpire on a nine to five time clock. Therefore, I propose that legislation should be pushed forward which allows District commissioners the authority to put temporary restraining orders on people accused of domestic violence. It is important to note that victims may not receive full protection until the existing false impressions, held by some judicial and public safety officials, about the proper issuance and enforcement of protective orders are rejected. It is often considered that a protective order, being a civil order, should not be handled or enforced by police. This type of power should not be distributed, uncontrollably, to police officers. Since a court issues a protective order, some mistakenly believe that the police should not be able to arrest a person who violates the protective order because the person is in contempt of court – not disobeying the law. The proposed legislation would destroy these misconceptions by changing the state constitution to allow District commissioners to not only grant protective orders but also at night and on the weekends to safeguard â€Å"victims† of domestic abuse. Domestic violence is defined as threatened or actual abuse from someone in the victim’s immediate family or in his/her home or with whom she/he has a close relationship. Temporary restraining orders are issued by a court to restrict the conduct of a person while providing a victim with protection from the activities of an abusive person.

Capture and storage of co2

What Needs To Be Done?IntroductionIncreasing concentrations of C dioxide ( CO2 ) and other gases in the Earth ‘s ambiance are worsening the natural nursery gas consequence and taking to unwanted clime alteration, with attendant hazards of extreme eather, lifting sea degree and inauspicious effects on agribusiness and biodiversity. The chief beginning of CO2 emanations is the burning of coal, oil and gas in power Stationss, for transit and in places, offices and industry. Atmospheric concentrations of CO2 have risen by about one-third since preindustrial times and are expected about to duplicate between now and 2100. Under the Kyoto Protocol of the United Nations Framework Convention on Climate Change ( UNFCCC ) , developed states have agreed to cut down their emanations by 5.2 % below 1990 degrees by 2008-2012. If they wish to brace CO2 concentrations at twice pre-industrial degrees by the terminal of this century, the developed states will hold to cut down their emanations to around half of their 1990 degrees, or even lower. Such deep cuts would necessitate a combination of greatly reduced energy ingestion, monolithic shift from high-carbon fuels ( coal to natural gas ) , widespread usage of renewable or atomic energy, and sweetening of natural â€Å"sinks† for CO2, such as new forest growing. However, elaborate surveies of well-proven engineerings indicate that capturing and for good hive awaying CO2 emanations from fossil fuel-fired power workss could be a low-priced option for accomplishing big decreases in CO2 emanations. Successful application of these engineerings would let states to prosecute a scheme providing:really big and comparatively rapid decrease in CO2 emanations ;continued usage of fossil fuels or a less rapid alteration to non-fossil energy beginnings.Capturing Emissions Of Co2Co2 Capture In Power GenerationCapture and storage engineerings are best suited to large-scale beginnings of CO2 such as power Stationss, which account for about tierce of planetary CO2 emanations. The two chief engineerings for power coevals are natural gas combined rhythms ( NGCC ) , and pulverised coal-burning ( PF ) steam rhythms. Other big fossil power works constellations, such as incorporate coal gasification combined rhythms ( IGCC ) , are besides suited for CO2 gaining control.Post-Combustion CO2 CaptureConcentrations of CO2 in power station flue-gases range from around 4 % by volume for NGCC workss to 9 % for IGCC workss and 14 % for PF workss. CO2 could be captured utilizing amine dissolvers to scour the flue-gases. Amine dissolvers have already been widely used in the chemical and oil industry for CO2 gaining control, and this technique can be adapted for application on flue-gas watercourses. The aminoalkane go forthing the scrubber is heated to let go of high-purity CO2 and is so re-used. Although amine scouring is comparatively straightforward in NGCC workss, extra steps are required in coal-burning workss to forestall taint of the recovered CO2 by other flue-gas drosss. Post-combustion gaining control does hold its disadvantages. The low concentration of CO2 in power- station flue-gases means that a really big volume of flue-gas has to be treated. Equipment is correspondingly big and capital costs are high. If the gaining control engineering is based on a dissolver, such as aminoalkane, big sums of energy are required for solvent regeneration. Using concentrated O alternatively of air for burning will increase CO2 concentrations in the flue-gas to, typically, more than 90 % . However, bring forthing the O requires expensive equipment and, once more, high degrees of energy ingestion.Pre-Combustion CO2 CaptureA pre-combustion gaining control engineering, bring forthing a CO2 concentration of 35 % to 40 % , can avoid many of these jobs. Pre-combustion CO2 gaining control involves responding the fuel with O or air and, in some instances, steam, to bring forth a gas dwelling chiefly of C monoxide ( CO ) and H. A catalytic â€Å"shift† reaction with steam in a catalytic reactor ( switch convertor ) gives CO2 and more H. The CO2 is removed and the H passes to a gas turbine, or perchance a fuel cell. This technique needs more gas-purification phases when applied to char or oil, instead than natural gas. Most of the engineering required is good proven in ammonia production and other industrial procedures. However, the usage of H as a turbine fuel is fresh. At least two turbine makers are seeking to set up standards for the burning of hydrogen-rich fuels.Performance Of Known CO2 Capture TechnologiesA survey by the International Energy Agency Greenhouse Gases R & A ; D Programme has estimated the following benefits and disadvantages for a new 500 MW gas- or coal-burning works integrating CO2 gaining control, with CO2 compaction to 110 saloon:an 80 % decrease in CO2 emanations to the ambiance ;a decrease in electrical coevals efficiency of between 8 and 13 per centum points ;an addition in capital costs of between 50 % and 100 % ;an addition in the cost of electricity coevals of approximately 50 % in gas-firedworkss and IGCC workss with pre-combustion gaining control, and about 70 % in PFworkss with post-combustion gaining control.Other Opportunities For CO2 CaptureCertain industrial procedures, every bit good as oil and gas production Wellss, already produce concentrated watercourses of CO2. These could be captured at small cost. Hydrogen might go established as a major fuel for autos, airplanes and heat and power coevals. Centralised, large-scale production of H from fossil fuels would be well-suited to pre-combustion gaining control of CO2 emanations.Co2 TransportationAfter gaining control, transit of CO2 to a long-run storage site would be by hard-hitting grapevine or by oiler. CO2 is mostly inert and easy handled and is already transported in big measures. In add-on, there are likely to be chances for power production to take topographic point at such long-run storage sites as coal beds and oil and gas reservoirs. Locating determinations will necessitate to take history of the fact that it is cheaper to shriek CO2 than to convey electricity.Co2 StoragePotential Storage OptionsCarbon dioxide storage will be an effectual manner of avoiding clime alteration merely if the CO2 can be stored for several 100s or 1000s of old ages. The four most promising storage options are: oil and gas reservoirs, deep saline reservoirs, unminable coal beds, and the deep ocean. By comparing, other options are improbable to be economically competitory. These include storage in specially created belowground caverns, in a thermally insulated depository as solid dry ice or in carbonate signifier as a consequence of reaction with of course happening minerals.Oil And Gas ReservoirsThousands of oil and gas reservoirs have been depleted to the extent that, given bing extraction techniques and current fuel monetary values, they are no longer feasible. The geology of these reservoirs is good understood. They are known to hold stored liquid and gaseous hydrocarbons for 1000000s of old ages and their existing substructure might be suited for CO2 storage. The natural-gas industry has routinely used depleted natural gas Fieldss for the belowground storage of natural gas. It is besides possible to utilize CO2 injection for enhanced oil recovery ( EOR ) in active, bring forthing oil and gas reservoirs, alternatively of bing energy-intensive EOR techniques ( Figure 2 ) . In some instances, the benefits would more than offset the costs of CO2 gaining control and injection.Deep Saline ReservoirsDeep aquifers that contain merely saline H2O and have a comparatively impermeable cap stone could be used to hive away CO2. In some formations, the CO2 would respond with minerals in the H2O to organize carbonates, thereby going locked up for good. Injection techniques would be similar to those used for low oil and gas Fieldss. In the Norse Sleipner undertaking, CO2 is being separated from a natural gas watercourse and injected into a deep saline reservoir below the North Sea. The undertaking is being monitored and modelled as portion of an international enterprise established by Statoil, the Norse province oil company, with the IEA Greenhouse Gas R & A ; D Programme. This should assist to decide many of the uncertainnesss associated with storage in deep saline reservoirs. Unminable Coal Beds When CO2 is injected into unminable ( really deep ) coal beds, the CO2 is adsorbed onto the surface of the coal and displaces methane. The CO2 is locked up for good, provided the coal remains unmined. Because coal can adsorb, by volume, approximately twice every bit much CO2 as methane, the coal bed provides net CO2 storage, even if the displaced methane is burnt as a fuel. The IEA Greenhouse Gas R & A ; D Programme is assisting in a field trial of such enhanced coal-bed methane production, utilizing CO2 and nitrogen mixtures. Deep Ocean Injecting CO2 into the deep ocean is a longer-term option that would take advantage of the really slow natural interchange between the deep ocean and its surface beds. Computer theoretical accounts suggest that approximately 80 % of the CO2 injected at a deepness of 3,000 metres would still be retained in the ocean after 500 old ages. CO2 injected deeper than 3,000 metres at the ocean floor, would organize a lake of liquid CO2 or CO2 hydrate. This might farther widen keeping periods. Surveies are under manner to turn to the significant scientific uncertainness about the storage unity and environmental impact of ocean storage. Among these are the Climate Technology Initiative ( CTI ) Ocean Sequestration Project. Environmental Deductions And Uncertainties There are a figure of environmental impacts and uncertainities that need farther survey: the length of clip the CO2 must stay stored in order to extenuate clime alteration hazards ;The consequence of slow or sudden release of CO2 on atmospheric CO2Concentrations ;The consequence of boring on the unity of depleted oil and gas field caps ;Likely reactions between CO2 and belowground minerals, and their possibleImpact on CO2 segregation periods and on the unity of oil and gas fieldCaps ;The nature of deep saline reservoirs and their impact on CO2 storage overTime ;The possible impact of seismal activity ;The impact on marine life of deep ocean storage of CO2 and of natural CO2Absorption from the ambiance.ConfirmationAccurate confirmation of the measures stored is indispensable if CO2 storage is to be used as a footing for emanations trading or to run into national committednesss to CO2 decrease. Accurate, low-priced measuring techniques already exist for storage of CO2 in depleted oil and gas Fieldss and deep saline reservoirs. Validation of ocean storage is likely to be more hard and dearly-won, and appropriate techniques have yet to be developed.Co2 Capture And Storage CostssThe IEA Greenhouse Gases R & A ; D Programme has estimated the costs of CO2 gaining control and storage for a scope of coal- and gas- discharged power workss, utilizing pre- and post-combustion gaining control techniques. The overall cost of CO2 gaining control and storage is about $ 40 to $ 60 per metric ton of CO2 emanations avoided. This compares favorably with other options, such as the widespread usage of renewable energy beginnings. The cost has three chief constituents:CO2 gaining control and compaction to 110 saloon: $ 30 to $ 50 per metric ton of CO2 for a 500 MW gas- or coal-burning works at current fuel monetary values ;transit by grapevine: $ 1 to $ 3 per metric ton of CO2 per 100 kilometer ;storage: $ 1 to $ 3 per metric ton of CO2.These costs are expected to fall as the engineering matures and the graduated table of appl ication addition. The cost of CO2 gaining control and storage corresponds about to an addition in the monetary value of electricity of 1.5 – 3 US cents per kilowatt hr. For comparing, in 1998, domestic electricity users in the OECD paid between 7 and 14 cents per kilowatt hr. Industrial users paid 4 – 9 cents.Key Technology NeedsTechnology research and development, presentation undertakings and appraisals of the potency for CO2 gaining control and storage are taking topographic point in many states. Key engineering demands are:accurate appraisal of geologic storage potency ;field trials to find the destiny of CO2 injected into geologic formations ( oil and gas reservoirs, unminable coal beds and saline aquifers ) , and the deepocean, and its environmental impact ;cost decrease of bing CO2 separation techniques ;R & A ; D on fresh gaining control and storage engineerings ;development of engineerings for the production, transit and usage of H derived from fossil fuels.Re commendations For Policy MakersTo guarantee that the CO2 gaining control and storage engineering option is available in the coming decennaries, a major attempt is justified:Existing attempts need to be linked together ;new technological thoughts and attacks to co2 gaining control and storage should be smartly pursued ;issues of storage unity and environmental impacts should be resolved quickly, through unfastened, crystalline research programmes ;the surveies, R & A ; vitamin D and engineering presentations outlined supra demand to be comprehensively addressed ;this can be achieved most quickly, and efficaciously, through the fullest possible international and public-private coaction ;given its strategic importance as a potentially large-scale and low-cost extenuation engineering, the attending given to co2 gaining control and storage should at least be equal to that given to other major extenuation options, such asBiomass, solar, atomic engineerings.Successful declaration of these issues should take to recognition within the UNFCCC procedure of CO2 gaining control and storage as an effectual option for extenuating emanations of CO2.

Responding To The Wii Essay

Executive summary: Given the current market scenario, Sony will have to fight on both fronts. The Wii has unlocked a new segment of the market. Sony should adapt its strategy to address this new market. But Sony must not lose sight of the big picture, to win the long term race for the â€Å"center of the living room†. Sony should leverage its relation with game developers to introduce simpler games for the casual gamer. It has to keep targeting the hardcore gamer and it must continue to provide additional value as a single device for gaming, streaming movies and television, internet surfing, video conferencing etc. How attractive does the video game industry look in late 2008? By 2008, the industry situation has become intense, with four of Porter’s five forces showing high threat (See Exhibit 1 in Appendix). However, the industry does hold the promise that the winner will occupy the â€Å"center of the living room† position, could potentially create a stranglehold on the entire entertainment industry and could reap profits. Therefore, the stakes in this battle are high. Why did Nintendo delay introducing its 16 bit video game system? Nintendo delayed introducing its 16 bit video game system in order to avoid cannibalizing sales of the 8-bit NES. But competitors came up with new value propositions to take away market share. For example Sega employed the Judo strategy to garner market by introducing its 16-bit version, Genesis, while Nintendo was concentrating on the 8-bit market. Sony, with its PlayStation and PlayStation 2 product lines took this game further. They expanded the target customer base to include grown-ups by creating games fit for all ages and combining forces with game developers. Did Sega use any elements of Judo Strategy? Sega effectively implemented Judo strategy by preventing its strong competitor Nintendo to come at it with full strength. Sega attacked the pieces of the play with various small steps. It started with leveraging the 16-bit opportunity, and setting lower prices for its Genesis to that of Super NES. Then it introduced its popular version of Sonic, the Hedgehog. It also hurt Nintendo by luring in third party developers with its low royalty strategy and built up twice the number of titles Nintendo had. In 3 years  Sega Genesis took over the market. How did PlayStation and PlayStation 2 win in their respective generations? With the industry becoming attractive, Sony entered the market with its 32-bit icon product ‘Play Station’ targeting a larger and mature audience. Sony, contrary to its competitors built up on the outsourcing strategy, by allowing developers more freedom, tools and income. Despite lagging on software titles, it was unstoppable in the hardware segment overpowering Sega. As leader of the industry, Sony launched its Play station 2 at 128-bit gearing up for the next revolution. Why did Microsoft get into the game? With the console games becoming attractive and multi capable compared to PC games, the PC giant Microsoft was concerned if the console platform takes over the PC platform. So it entered the video game console business with Xbox as a bet against Sony’s Play station. It was hoping to become successful in the video game business as it has been in the PC software business. Surprisingly the same recipes didn’t cook well with the developers in this segment and Sony took over the throne by 2005. How was Nintendo able to regain the lead in videogames? With Microsoft and Xbox as strong contenders in the field, Nintendo was gearing up for the launch of its next generation console. While Microsoft was trying to leverage the early release of Xbox 360, Sony was dealing with its internal technicalities. Both the competitors had incorporated superior technological features in to their products. While Xbox had Digital Amplification, Play station had the most powerful console. The technology prowess was so much that the products were HD-DVD and Blu-ray compatible and had online gaming features. On the other hand, Nintendo’s machine was less advanced across all features of processing, compatibility, sound and memory. However, Nintendo could made Wii special with its user friendliness and targeted a larger audience of not avid gamers. Its innovative motion sensitivity and customizable features helped Wii overtake its rivals by 2008. Despite its low performing hardware or performance, it was its reachability to the large customer segment that generated its value proposition. What should Sony do now? Sony should work with game developers to create simple games that target the Wii’s audience. However, Sony’s gaming console should still be high tech to maintain its hold on the hard core gamer. Sony should market the new PlayStation line as a value add product that is the one stop source for the entire family’s entertainment needs. This way, Sony can counter Wii’s threat while also staying in the long term race for the â€Å"center of the living room† position. This position is essential for thwarting Microsoft’s plan of creating a stranglehold on the entire entertainment industry by being the electronic platform of choice in the home.