The Effect of Medication on Plants

The Effect of Medication on Plants Dante Rodriguez Abstract The  Effect  of  Medication  on  Plants The purpose of this project was to find out how someone could help a plant grow by using medication instead of fertilizer. I decided to do this topic and did a lot of research. I decided to use the Kentucky Wonder Pole Plant or Phaseolusvulgaris.The Kentucky Wonder plant is a pole bean which grows upward. I also decided to test it on 4 plants. One plant with water, one with aspirin, one with an antacid, and finally one with an anti-histamine. My hypothesis was that aspirin plant would grow the tallest because of the salicylic acid. The anti-histamine plant would grow normally, because plants dont have histamine. The antacid will grow shorter because it would damage the perfect balance of water. To do this experiment I needed pots, and the three medications which were the manipulated variables. I decide to use 1OOmgs of each medication as the constant variables. I dug a hole, and put the plants in the soil. I watered them once a day, with 15 sprays from my spray bottle. Every day I would measure the plants with a em ruler. I measured in the afternoon so that the plants would get the most growth out of each day. I would mark down my results to see how the height of the plants grew which was the responding variable. I did this for a total of 14 days, or two weeks. After two weeks, I got my results and they will shock you! My results were very intriguing. They showed a strange trend in the growth of my plants. The plant with normal water sprouted first. It continued to be the tallest plant until about day 12. At day 13 the anti-histamine plant surpassed the height of the regular water plant with a final height of 36.5 em. Before that the anti-histamine water was close but did not surpass the height of the regular water that had a total height of 33 em. Then came the aspirin water plant at 29 em. Finally the shortest plant was the antacid at 26 em. The results to my project was surprising. It proved, and disproved my hypothesis. It proved my hypothesis because the antacid grew the smallest. It did this because the Ph of the antacid plant was 6 which is not neutral. Unexpectedly, the aspirin plant didnt grow very well. I believe that this happened due to the fact that aspirin has a trace amount of salicylic acid. Therefore to have an effect you would need about 487mg or about one and a half, high dose aspirin. However what stumped me was why the anti ­ histamine plant grew the largest. I couldnt find any links between anti-histamine, and  the plants. Mainly because plants dont have histamine. If I had to do this project again,  I would attempt different dosages of the medication. Introduction Plants are everywhere. Chances are you even have a plant in your house. They grow everywhere, from the arid desert to the frigid reaches of the North Pole. Now they are even growing in the zero-gravity environment of the international space center. They have even been around longer than us! However it wasnt until 1771 when a British man named Joseph Priestley, discovered that plants gave off oxygen. This was an amazing _ scientific achievement. Now plants served an even better purpose than food. Due to these factors plants are critical to the survival of the human race. One issue is that they take a long time to mature. What if there was a common household medication that could help these creatures grow? After that moment I decided that I would use this for a science fair topic. I decided I would use plants, and 3 different types of medications. Research After choosing this topic I had to make a difficult decision. That decision was what type of plant I would use. To choose which plant I needed to factor in how much sun it needed, when is it in season, and how soon until it would sprout. After that I decided the best plant to use was the bean plant. Then I had another decision, what type? The choice was easy between the bush, and the pole bean. This was because the pole bean was easier to measure then the bush bean. Pole  Bean  plant  Bush  Bean  plant Then I needed to choose which medication to put in the plants. The first medicine I chose was aspirin. Aspirin has many components, one of which is salicylic acid. Salicylic acid is a chemical in plants that involves the growth of plants, and their development. With that information, I decided that would be one my first medications. The next one I chose was an antacid. I chose this because if a plant gets water to acidic it could cause deficiencies. Therefore I tried to see what would happen if I used an antacid. The final medicine I chose was an anti-histamine. Hypothesis After all the research my hypothesis is that the plant with the Aspirin will grow the best, due to the salicylic acid. The antacid plant wont grow as well due to the fact that the Ph of plants water will become alkaline instead of neutral. Also that the anti- histamine plant will grow normally because plants dont have histamine. Materials 4- 6 plant pots 1- Bag of gardening soil 1- Bag of Kentucky Wonder Pole Beans 4- 32. oz. spray bottles 100 mg- aspirin, antacid, anti-histamine Filtered water A em ruler for measuring plants A laptop or notebook (for writing down heights) A sunny area (To place plants) Variables Manipulated Variable: The medicine in the water of the plants Responding Variable: The height of the plant, the healthiness of the plants, and the greenness of the plant Constant Variables: Pot size, water spay amount, dirt type, seed type, location of plant, and the amount of milligrams. Procedure 1. Fill spray bottles with 19 oz. of filtered water 2. Place 100 mgs of medication into separate bottles 3. Let medication dissolve for about 24 hours 4. Fill all 4 pots with dirt 5. Dig hole about 1 deep into the dirt in each of the pots 6. Place a seed in the hole 7. Cover up the plants with a thin layer of dirt 8. Water the plants with 15 sprays daily 9. Measure each of the plants daily, with centimeter ruler 10. Keep track of their heights in a notebook, or a laptop Results The results of my experiment were very interesting, and surprising. They approved, and disproved my hypothesis. Here were my results: .:o 3 Aboveisa chartwiththeheightsofallmyplants He ight of Bean Plants in CmBean Plant Growth Day 13 Day14 33 34 27.5 29 24 24 35 36.5 0 25 20ANl 1> 10 c; 0 Day 1 Cav 2 ::>a> 3 D 1 4 ::: J> c Ddy Day ID y 0 v 9Day Day >ay.JV D y 1011121114 Reg  ·, lt r -Regâ‚ ¬Ã‚ ¢ r . rer-AsroA tl d1c;JS3S LineGraphofPlantHeightBarGraphofPlantHeight My results are displayed above. They show a strange trend in the growth of my plants. The plant with normal water sprouted first. It continued to be the tallest plant until 1 about day 12. At day 128J the anti-histamine plant surpassed the height of the regular water with a final height of 36.5 em. Before that the anti-histamine water was close but did not surpass the height of the regular water that had a total height of 33 em. The third tallest plant was the aspirin water plant at 29 em. Finally the shortest plant was the antacid 26 em. Plants  After  being  potted                                                                           Plants  at  end  of  experiment Conclusion The results to my project was surprising. It proved and disproved my hypothesis. It proved my hypothesis because the antacid grew the smallest It did this because the Ph of the antacid plant was 6 which is not neutral. Neutral is what the plants need which is at number 7 on the Ph scale. Just to make sure there was nothing wrong with my water, I tested the Ph of my tap water, and came out at 7. Unexpectedly, the aspirin plant didnt grow very well. I believe that this happened due to the fact that aspirin has a trace amount of salicylic acid. Therefore to have an effect you would need about 487mg or about one and a half, high dose aspirin. However what stumped me was why the  anti-histamine plant grew the largest. I couldnt find any links between anti-histamine, and the plants. Mainly because plants dont have histamine. If I had to do this project again, I would attempt different dosages of the medications.         

Gas Crisis in Bangladesh

Natural gas in Bangladesh From Wikipedia, the free encyclopedia This article has multiple issues. Please help improve it or discuss these issues on the talk page. This article includes a list of references, related reading or external links, but its sources remain unclear because it lacks inline citations. (April 2012) This article is written like a personal reflection or essay rather than an encyclopedic description of the subject. (April 2012) This article may need to be wikified to meet Wikipedia's quality standards. April 2012) The presence of Natural Gas in Bangladesh has been established through exploration by Bangladesh’s public energy company, Petrobangla, and more recently international oil and gas companies (IOCs) have established the existence of a significant energy source. Contents [hide] †¢1 Estimated reserves †¢2 The domestic natural gas industry †¢3 References †¢4 External links [edit]Estimated reserves In recent years, several trillion cubi c feet (TCF) of natural gas have been added to the confirmed 10. 5 TCF known as of 1996.Due to the fact that there has been comparatively little exploration to date, estimates of the total extractable natural gas resource in Bangladesh are uncertain and vary widely. An estimate of 20 TCF is gaining acceptance among experts, but some argue that experiences in comparable basins elsewhere in the world suggest that the ultimate recoverable resource could be as high as 50 TCF or even 100 TCF. At the current rate of natural gas use in Bangladesh (1000 mmcfd), the current estimated proven reserves would last 45 years.Even if the present rate of use increases at 10 per cent per year, these reserves would last about 17 years. A reserve-production Reserves-to-production ratio of 17 is higher than that for most industrial countries heavily dependent on natural gas, examples beingNorway, Canada, U. S. , and U. K. Here only the R/P ratio of gas is being considered for comparison. Relative to Ban gladesh, these industrial countries have more diverse indigenous energy sources such as coal, oil and nuclear. The U. S. still uses coal to produce more than half its electricity.There are huge resources of gas in Bangladesh. Places where gas is commercially refines include: Titas, Habiganj, Bakhrabad, Narshingdi, Meghna, Sylhet, Kailashtilla, Rashidpur, Beanibazar,Fenchuganj and Salda Nadi. In 2001, Petrobangla Director Major Raihanul Abedin initiated the national plan to decrease the use of using liquid fuels, by introducing natural gas conversion. He thought if cars could be converted to use cooking gas instead of rather harmful fuels, the carbon emission would decrease exponentially. He was given the permission by the Prime Minister Khaleda Zia to carry out his plans. 1][2] As a result, Asian Development Bank funded his scheme and today more than 80% of Bangladeshi vehicles are run on gas which has lessened pollution significantly. [3] [edit]The domestic natural gas industry Pet robangla (Bangladesh Oil, Gas and Mineral Corporation), a 100 per cent state owned corporation, has the primary responsibility for the natural gas industry in Bangladesh. Petrobangla is under the direction of the Ministry of Energy and Mineral Resources; it comprises several groups of companies: ? An exploration company – Bangladesh Petroleum Exploration Company ?Production companies – Bangladesh Gas Fields Company and Sylhet Gas Fields Company ? Transmission and distribution companies; ?Titas Gas Transmission and Distribution Company ?Bakhrabad Gas System ?Jalalabad Gas Transmission and Distribution System ?Western Zone Gas Supply Co. (Poschim Anchal Gas Bitaran Company, WESGAS, a new company for distribution of gas in the western part of Bangladesh) ? A compressed natural gas company – Rupantarita Prakritik Gas Company Leading Private Companies Involved in Natural Gas Industry ?Libra Enterprise (www. libraenterprise. om) ?Gasmin Limited ?Foundry Limited [edit] References 1. ^ [M. Raihanul Abedin. Use of CNG as an Alternative Fuel for Transport-Air Pollution Control Perspective (2001) p. 49-54, International Seminar on Air Pollution in Dhaka City, October 30, 2001; France Bangladesh Association of Scholars and Trainees (FBAST). 2. ^ Dhaka Clean Fuel Project: Bangladesh at Asian Development Bank 3. ^ Lisa Schroeder (March 25, 2009). â€Å"Compressed natural gas clears the air in Bangladesh: Cleaner-burning fuel is reducing dangerous levels of pollution – and saving money, too. â€Å".The Christian Science Monitor. Retrieved 2012-06-12. ?†Natural Resources of Bangladesh†. Retrieved May 17, 2012. ?†Bangladesh University of Engineering & Technology†. Retrieved May 17, 2012. ?†Natural Gas Options for Bangladesh†. Retrieved May 17, 2012. ?†Natural gas reserve estimates vary widely for Bangladesh†. Retrieved May 17, 2012. Description Bangladesh has some oil reserves near Haripur in the east ern hilly district of Sylhet, but these have yet to be developed. The Haripur reserves are estimated at 40 Mbbl, and the total resource is likely to be much higher..The search of oil and gas in the area constituting Bangladesh began in the later part of the 19th century through some isolated geological mapping. The first serious attempt to find oil and gas was undertaken in Sitakund in 1908 by the Indian Petroleum Prospecting Company. During 1923-31 Burmah Oil Company (BOC) drilled two shallow wells in Patharia. The wells were abandoned though there was a reported occurrence of oil. A total of 6 exploratory wells were drilled, the deepest being 1047 meters. There was however no discovery and the Second World War disrupted further activity.After the liberation of Bangladesh, Bangladesh Oil, Gas and Mineral Corporation (Petrobangla) was formed, while the Bangladesh Petroleum Act was enacted in 1974. The offshore area of Bangladesh was divided in to 6 blocks, which were taken up by Ash land, ARCO, BODC (Japex), Union Oil, Canadian Superior Oil and Ina Naftaplin under production sharing contract. These companies 7 offshore wells resulted in the discovery of Kutubdia offshore gas field. According to the 2008 BP Statistical Energy Survey, Bangladesh had 2007 proved natural gas reserves of 0. 39 trillion cubic metres, 0. 1% of the world total, and 2007 natural gas production of 16. 27 billion cubic metres, 0. 55% of the world total. The 1980s saw accelerated exploration activities by Petrobangla, which drilled 12 exploration wells and discovered 7 gas fields. Among these the Fenchuganj well remains the deepest drilled well in Bangladesh (4977m). Meanwhile a new milestone was achieved when Petrobangla discovered the first commercial oil pool in Sylhet on December 23, 1986. Since 1972 more than 32 exploratory wells have been drilled by the national and international companies which resulted in the discovery of 13 gas fields.Since the first exploration well was drilled i n 1908 a total of 128 wells were drilled in Bangladesh until 2001, of which 63 are exploration wells. Of the exploration wells, 13 are in the offshore resulting in two discoveries and the rest 52 are on shore with 20 discoveries. In 1993, following the formation of a new National Energy policy, the government of Bangladesh divided its territory and offshore sites into 23 blocks and opened them to foreign bidding for oil and gas exploration. Eight blocks were awarded to four companies during the First Bidding Round in 1993, and four additional blocks were awarded in the 1997 Second Bidding Round.Energy and Mineral Resources Division (EMRD) Energy is the key ingredient for socio-economic development of a country. Economic Development depends on reliable energy supply. To increase efficiency of the Ministry of Power, Energy and Mineral Resources, it was divided into two divisions, vide Cabinet Division Notification No. CD-4/1/94-Rules/23(100), dated 25 March 1998, namely Energy and Min eral Resources Division (EMRD) and Power Division. Energy and Mineral Resources Division is entrusted to formulate all policies related to natural gas, liquid petroleum and mineral resources.EMRD is also entrusted to formulate policies and administrative control over Geological Survey of Bangladesh, Petrobangla, Bureau of Mineral Development and Department of Explosives. EMRD also supervises and monitors over Hydrocarbon Unit and Bangladesh Petroleum Institute. To achieve Millennium Development Goals (MDGs) and to alleviate poverty in line with vision 2021, Bangladesh has to meet increasing energy demand. In order to ensure energy security, the primary energy source of the country especially gas, coal and other mineral resources have been taken into consideration.Along with gas significant quantity of condensate is recovered. Oil was discovered in three locations but the quantity is not significant. The Division and its subordinate organizations/directorates/companies have been play ing vital role to achieve the target of Millennium Development Goals (MDG’s). To meet energy demand at desired level, initiative has been taken to increase gas supply and its optimum utilization. The demand of imported oil is also increasing. Part of it is met by condensate (by product of gas). Recent gas crisis led to the policy makers to import LNG within a short period of time.Realistic policies for development of coal fields in northern part of the country are under process for national interest. As a part of government's plan to expand gas supply network, a new distribution outlet, titled, Sundarban Gas Company Limited has been formed for the south-western region of the country. For efficient marketing of gas in Chittagong region, Karnafully Gas Company Limited has been created and it has started distribution of gas. System loss in gas distribution, a major problem, has been tackled with notable success through management and monitoring.Initiative has also been taken to build up regional energy security based on mutual co-operation with the neighboring countries under SAARC umbrella. Natural Gas In Bangladesh, natural gas is most important indigenous source of energy that accounts for 75% of the commercial energy of the country. So far in Bangladesh 23 gas fields have been discovered with the rate of success ratio is 3. 1:1 of which two of the gas fields are located in offshore area. Gas is produced from 17 gas fields (79 gas wells). Oil was tested in two of the gas fields (Sylhet and Kailashtila).To reduce the dependency on natural gas, alternative energy resource must be explored. Average daily gas production capacity is about 2000 mmcfd of which International Oil Companies (IOC) produce 1040 mmcfd and State Owned Companies (SOC) produce 960 mmcfd. The gas production recorded on 24 February, 2010 was 1996. 7 MMCFD. At present the daily approximate projected gas demand throughout the country is 2500 MMCFD. The demand is increasing day by day. Ener gy and Mineral Resources Division (EMRD) has already undertaken an array of short, medium, fast track and long term plans to increase gas production to overcome prevailing gas shortage.According to this plan 188 mmcfd, 290 mmcfd, 995 mmcfd (including 500 mmcfd LNG), 500 mmcfd and 380 mmcfd gas will be added to the national gas grid by the year 2010, 2011, 2012, 2013 and 2015 respectively. After completion of these plans production capacity is expected to increase to about 2353 mmcfd gas by December 2015. To increase the gas production more programs will be taken in near future. Petroleum Product To meet total demand of commercial energy, Bangladesh imports annually about 1. 3 million metric Tons of crude oil. In addition to this, another 2. million metric Tons (approx) of refined petroleum products per annum is imported. Condensate is mixed with crude oil. Major consumer of liquid fuel is transport sector followed by agriculture, industry and commercial sector which is mostly met by imported liquid fuel. Eastern Refinery Limited (ERL), a subsidiary company of Bangladesh Petroleum Corporation (BPC), is capable of processing 1. 3 million metric Tons of crude oil per year. Compressed Natural Gas (CNG) To reduce the dependency on imported fuel significantly, to reduce environment pollution and to save foreign currency, the use of CNG vehicles was introduced in 1997.Number of CNG refueling Station is 565 and 162 conversion workshops have already been set-up in the country. Total number of CNG converted vehicles is 150249. In addition to that 42549 CNG vehicles was imported. Total number of CNG vehicles is 192798 as of May, 2010. Average CNG usage (approx. ) is 102 MMCF per day. Liquefied Petroleum Gas (LPG) The area where access to gas pipeline is difficult and expensive but there is a demand of gas; in this case gas in the form of LPG can be used. To reduce the dependency on imported oil and thus to save foreign currency, the use of LPG has to be popularized.Curre ntly the supply of LPG of the country is 95,500 Metric Ton of which production in Public Sector is 22,500 Metric Ton while Production in Private Sector is 73,000 Metric Ton. The Possible demand of LPG in the country is 2,00,000 M. Ton. To popularize the use of LPG the present government has reduced tax rate on some appliances such as Pressure Regulator/Valve, Safety/ Relief valve and Submerged Welding Flux including bottling of LPG. Liquefied Natural Gas (LNG) To reduce the dependency on imported oil as well as indigenous gas, import of LNG is under active consideration.Under mid term plan, LNG will be imported to supply at the rate of 500 mmcfd by 2012. The site for building necessary infrastructure for LNG has been located. Bangladesh has to set up necessary infrastructure such as LNG Receiving Station, LNG Storage Tank, Re-gasification process and 90 km long pipeline from Maheshkhali to Anwara in its own effort. A MoU (Memorandum of Understanding) to be signed between Bangladesh and Qatar, which is under process. Coal Besides natural gas, Bangladesh has significant coal reserve. Coal reserves of about 3. billion tons comprising 5 deposits at depths of 118-1158 meters have been discovered so far in the north-western part of Bangladesh. The name of these deposits are-Barapukuria, Phulbari and Dighipara coal field in Dinajpur district, Khalashpir in Rangpur district and Jamalganj in Joypurhat district. Out of which 4 deposits (118-509 meters) are extractable at present. As an alternative fuel to natural gas, coal can be extensively used. The depth of Jamalganj coal deposit is 640-1158 meter with 1053 Million Tones in-situ coal reserve where production may not be viable by present day’s technology due to the depth of the deposits.Possibilities of extraction of Coal Bed Methane (CBM) need to be explored from this coal deposits. Government is actively reviewing law to be applicable for Exploration and Production of Coal Bed Methane. So far, only Barapukuri a coal field is under production. Other Mineral Resources available in Bangladesh Besides indigenous energy resources, Bangladesh has other mineral resources. Various organizations under Energy and Mineral Resources Division are engaged to explore for mineral resources. In case of commercial discovery, foreign company can apply for production license.White Clay occurs in Sherpur, Netrokona, Dinajpur and Chittagong district etc. White Clay is used to make crockery’s, sanitary materials, insulator and tiles . It is also used in Paper,cement and sugar industries. Glass sand occurs in Sherpur, Habiganj, Comilla and Dinajpur district etc. Glass sand is used to make crockery’s, lenses, glass sheet of windows and doors. It is also used to make quartz clock, frame of boat and aero plane, foam glass and in various electronic equipments etc. Silicon chips are also made from silica, which is a main ingredient of glass.Limestone occurs in Sunamgonj and Joypurhat district and St. M artin’s Islands. Limestone is used to make lime and cement and in paper, Ispat, sugar, glass industry. It is also used to decorate the building. Ilmenite,Garnet,Zircon,Kyanite,Magnetite,Rutile,Leucoxine,Monazite,etc are found in Cox’s Bazar and Teknaf Beach, Kuakata Beach , Moheshkhali, Nijhum dwip, Kutubdia and Monpura Island. Ilmenite, Rutile and Leucoxine are used to make slag and in welding and in melting of metal. They are used as a dyeing subject and Refractory Brick.Ilmenite is used to make sand blasting and heavy mud as an alternative to Barite in drilling activities. Titanium metal, which is derived from this mineral, is used to make frame of aeroplane, missile, and in chemical reaction and salt removal process. Zircon is used to make foundry sand, Refractory brick and as a dyeing substance. Zirconium is used as a radioactive substance. Monazite is used to make catalyst, television tube, refractory substance, thermal insulator substance and in computer disk an d line printer.Peat occurs in Gopalganj, Madaripur, Khulna, Sylhet and Sunamganj district etc. It is used as an alternative fuel to household work, in brick and lime industries and in thermal power plant. Hard Rock occurs at Maddyapara in Dinajpur district. It is used in regulator dam, river training, and river bank erosion. It is also used as construction material and as mosaic stone. Gravel Deposit occurs in Lalmonirhat, Panchagar, Sylhet district, Greater Chittagong and Chittagong Hill Tracts. It is used to construct buildings, road, railway, bridge and in river training and flood control.Renewable Energy Sources in Bangladesh Renewable Energy Sources may also be helpful in the achievement of the MDGs, as well as in tackling the challenges of energy security especially for developing countries and global climate changes. The renewable energy sources include biomass (combustible renewable and waste), hydropower, solar, wind, ocean, and geothermal energy. Biomass is currently the l argest renewable energy source due to its extensive noncommercial use (mainly for cooking and heating) in developing countries like Bangladesh.The share of other forms of renewable sources is minimal. Possibility of installing mini and micro level hydro-electric power plant in the hilly areas of Bangladesh would be explored. Windmills are with capacity of 2 MW in operation in the costal area of Bangladesh. Biogas Biogas may be the most promising renewable energy resource. Presently there are about 50,000 households and village-level biogas plants in place throughout the country. There is a huge potential for expansion in rural areas. Solar Energy Potential of solar energy is good in Bangladesh.But due to its higher cost of equipment it has to go a long way to become commercially viable. However, in remote areas of Bangladesh it is gradually becoming popular and government has undertaken lot of scheme to subsidize on it. Presently there are about 2, 64,000 solar panels installed thro ughout the country. Bio-diesel Bio-diesel may also be one of the promising sources of energy. Though Bangladesh is a densely populated country with 150 million people just in 147,570 Sq. Km areas, except the hilly areas, most of the areas are covered with fertile land that producing high yielding crop.Diesel from Jatropha plant may be a source of renewable energy in our country. Jatropha trees can be planted in both the sides of rail way tracks & high ways, marshy land & costal belt of the country. These Jatropha plant can also be used for coastal protection. Gasohol Gasohol is being blended with octane/petrol in many countries. Project in private sector is being undertaken to produce Gasohol from molasses used to be blended with octane/petrol. The molasses is a by-product of sugar industries. Gas Crisis in Bangladesh Natural gas in Bangladesh From Wikipedia, the free encyclopedia This article has multiple issues. Please help improve it or discuss these issues on the talk page. This article includes a list of references, related reading or external links, but its sources remain unclear because it lacks inline citations. (April 2012) This article is written like a personal reflection or essay rather than an encyclopedic description of the subject. (April 2012) This article may need to be wikified to meet Wikipedia's quality standards. April 2012) The presence of Natural Gas in Bangladesh has been established through exploration by Bangladesh’s public energy company, Petrobangla, and more recently international oil and gas companies (IOCs) have established the existence of a significant energy source. Contents [hide] †¢1 Estimated reserves †¢2 The domestic natural gas industry †¢3 References †¢4 External links [edit]Estimated reserves In recent years, several trillion cubi c feet (TCF) of natural gas have been added to the confirmed 10. 5 TCF known as of 1996.Due to the fact that there has been comparatively little exploration to date, estimates of the total extractable natural gas resource in Bangladesh are uncertain and vary widely. An estimate of 20 TCF is gaining acceptance among experts, but some argue that experiences in comparable basins elsewhere in the world suggest that the ultimate recoverable resource could be as high as 50 TCF or even 100 TCF. At the current rate of natural gas use in Bangladesh (1000 mmcfd), the current estimated proven reserves would last 45 years.Even if the present rate of use increases at 10 per cent per year, these reserves would last about 17 years. A reserve-production Reserves-to-production ratio of 17 is higher than that for most industrial countries heavily dependent on natural gas, examples beingNorway, Canada, U. S. , and U. K. Here only the R/P ratio of gas is being considered for comparison. Relative to Ban gladesh, these industrial countries have more diverse indigenous energy sources such as coal, oil and nuclear. The U. S. still uses coal to produce more than half its electricity.There are huge resources of gas in Bangladesh. Places where gas is commercially refines include: Titas, Habiganj, Bakhrabad, Narshingdi, Meghna, Sylhet, Kailashtilla, Rashidpur, Beanibazar,Fenchuganj and Salda Nadi. In 2001, Petrobangla Director Major Raihanul Abedin initiated the national plan to decrease the use of using liquid fuels, by introducing natural gas conversion. He thought if cars could be converted to use cooking gas instead of rather harmful fuels, the carbon emission would decrease exponentially. He was given the permission by the Prime Minister Khaleda Zia to carry out his plans. 1][2] As a result, Asian Development Bank funded his scheme and today more than 80% of Bangladeshi vehicles are run on gas which has lessened pollution significantly. [3] [edit]The domestic natural gas industry Pet robangla (Bangladesh Oil, Gas and Mineral Corporation), a 100 per cent state owned corporation, has the primary responsibility for the natural gas industry in Bangladesh. Petrobangla is under the direction of the Ministry of Energy and Mineral Resources; it comprises several groups of companies: ? An exploration company – Bangladesh Petroleum Exploration Company ?Production companies – Bangladesh Gas Fields Company and Sylhet Gas Fields Company ? Transmission and distribution companies; ?Titas Gas Transmission and Distribution Company ?Bakhrabad Gas System ?Jalalabad Gas Transmission and Distribution System ?Western Zone Gas Supply Co. (Poschim Anchal Gas Bitaran Company, WESGAS, a new company for distribution of gas in the western part of Bangladesh) ? A compressed natural gas company – Rupantarita Prakritik Gas Company Leading Private Companies Involved in Natural Gas Industry ?Libra Enterprise (www. libraenterprise. om) ?Gasmin Limited ?Foundry Limited [edit] References 1. ^ [M. Raihanul Abedin. Use of CNG as an Alternative Fuel for Transport-Air Pollution Control Perspective (2001) p. 49-54, International Seminar on Air Pollution in Dhaka City, October 30, 2001; France Bangladesh Association of Scholars and Trainees (FBAST). 2. ^ Dhaka Clean Fuel Project: Bangladesh at Asian Development Bank 3. ^ Lisa Schroeder (March 25, 2009). â€Å"Compressed natural gas clears the air in Bangladesh: Cleaner-burning fuel is reducing dangerous levels of pollution – and saving money, too. â€Å".The Christian Science Monitor. Retrieved 2012-06-12. ?†Natural Resources of Bangladesh†. Retrieved May 17, 2012. ?†Bangladesh University of Engineering & Technology†. Retrieved May 17, 2012. ?†Natural Gas Options for Bangladesh†. Retrieved May 17, 2012. ?†Natural gas reserve estimates vary widely for Bangladesh†. Retrieved May 17, 2012. Description Bangladesh has some oil reserves near Haripur in the east ern hilly district of Sylhet, but these have yet to be developed. The Haripur reserves are estimated at 40 Mbbl, and the total resource is likely to be much higher..The search of oil and gas in the area constituting Bangladesh began in the later part of the 19th century through some isolated geological mapping. The first serious attempt to find oil and gas was undertaken in Sitakund in 1908 by the Indian Petroleum Prospecting Company. During 1923-31 Burmah Oil Company (BOC) drilled two shallow wells in Patharia. The wells were abandoned though there was a reported occurrence of oil. A total of 6 exploratory wells were drilled, the deepest being 1047 meters. There was however no discovery and the Second World War disrupted further activity.After the liberation of Bangladesh, Bangladesh Oil, Gas and Mineral Corporation (Petrobangla) was formed, while the Bangladesh Petroleum Act was enacted in 1974. The offshore area of Bangladesh was divided in to 6 blocks, which were taken up by Ash land, ARCO, BODC (Japex), Union Oil, Canadian Superior Oil and Ina Naftaplin under production sharing contract. These companies 7 offshore wells resulted in the discovery of Kutubdia offshore gas field. According to the 2008 BP Statistical Energy Survey, Bangladesh had 2007 proved natural gas reserves of 0. 39 trillion cubic metres, 0. 1% of the world total, and 2007 natural gas production of 16. 27 billion cubic metres, 0. 55% of the world total. The 1980s saw accelerated exploration activities by Petrobangla, which drilled 12 exploration wells and discovered 7 gas fields. Among these the Fenchuganj well remains the deepest drilled well in Bangladesh (4977m). Meanwhile a new milestone was achieved when Petrobangla discovered the first commercial oil pool in Sylhet on December 23, 1986. Since 1972 more than 32 exploratory wells have been drilled by the national and international companies which resulted in the discovery of 13 gas fields.Since the first exploration well was drilled i n 1908 a total of 128 wells were drilled in Bangladesh until 2001, of which 63 are exploration wells. Of the exploration wells, 13 are in the offshore resulting in two discoveries and the rest 52 are on shore with 20 discoveries. In 1993, following the formation of a new National Energy policy, the government of Bangladesh divided its territory and offshore sites into 23 blocks and opened them to foreign bidding for oil and gas exploration. Eight blocks were awarded to four companies during the First Bidding Round in 1993, and four additional blocks were awarded in the 1997 Second Bidding Round.Energy and Mineral Resources Division (EMRD) Energy is the key ingredient for socio-economic development of a country. Economic Development depends on reliable energy supply. To increase efficiency of the Ministry of Power, Energy and Mineral Resources, it was divided into two divisions, vide Cabinet Division Notification No. CD-4/1/94-Rules/23(100), dated 25 March 1998, namely Energy and Min eral Resources Division (EMRD) and Power Division. Energy and Mineral Resources Division is entrusted to formulate all policies related to natural gas, liquid petroleum and mineral resources.EMRD is also entrusted to formulate policies and administrative control over Geological Survey of Bangladesh, Petrobangla, Bureau of Mineral Development and Department of Explosives. EMRD also supervises and monitors over Hydrocarbon Unit and Bangladesh Petroleum Institute. To achieve Millennium Development Goals (MDGs) and to alleviate poverty in line with vision 2021, Bangladesh has to meet increasing energy demand. In order to ensure energy security, the primary energy source of the country especially gas, coal and other mineral resources have been taken into consideration.Along with gas significant quantity of condensate is recovered. Oil was discovered in three locations but the quantity is not significant. The Division and its subordinate organizations/directorates/companies have been play ing vital role to achieve the target of Millennium Development Goals (MDG’s). To meet energy demand at desired level, initiative has been taken to increase gas supply and its optimum utilization. The demand of imported oil is also increasing. Part of it is met by condensate (by product of gas). Recent gas crisis led to the policy makers to import LNG within a short period of time.Realistic policies for development of coal fields in northern part of the country are under process for national interest. As a part of government's plan to expand gas supply network, a new distribution outlet, titled, Sundarban Gas Company Limited has been formed for the south-western region of the country. For efficient marketing of gas in Chittagong region, Karnafully Gas Company Limited has been created and it has started distribution of gas. System loss in gas distribution, a major problem, has been tackled with notable success through management and monitoring.Initiative has also been taken to build up regional energy security based on mutual co-operation with the neighboring countries under SAARC umbrella. Natural Gas In Bangladesh, natural gas is most important indigenous source of energy that accounts for 75% of the commercial energy of the country. So far in Bangladesh 23 gas fields have been discovered with the rate of success ratio is 3. 1:1 of which two of the gas fields are located in offshore area. Gas is produced from 17 gas fields (79 gas wells). Oil was tested in two of the gas fields (Sylhet and Kailashtila).To reduce the dependency on natural gas, alternative energy resource must be explored. Average daily gas production capacity is about 2000 mmcfd of which International Oil Companies (IOC) produce 1040 mmcfd and State Owned Companies (SOC) produce 960 mmcfd. The gas production recorded on 24 February, 2010 was 1996. 7 MMCFD. At present the daily approximate projected gas demand throughout the country is 2500 MMCFD. The demand is increasing day by day. Ener gy and Mineral Resources Division (EMRD) has already undertaken an array of short, medium, fast track and long term plans to increase gas production to overcome prevailing gas shortage.According to this plan 188 mmcfd, 290 mmcfd, 995 mmcfd (including 500 mmcfd LNG), 500 mmcfd and 380 mmcfd gas will be added to the national gas grid by the year 2010, 2011, 2012, 2013 and 2015 respectively. After completion of these plans production capacity is expected to increase to about 2353 mmcfd gas by December 2015. To increase the gas production more programs will be taken in near future. Petroleum Product To meet total demand of commercial energy, Bangladesh imports annually about 1. 3 million metric Tons of crude oil. In addition to this, another 2. million metric Tons (approx) of refined petroleum products per annum is imported. Condensate is mixed with crude oil. Major consumer of liquid fuel is transport sector followed by agriculture, industry and commercial sector which is mostly met by imported liquid fuel. Eastern Refinery Limited (ERL), a subsidiary company of Bangladesh Petroleum Corporation (BPC), is capable of processing 1. 3 million metric Tons of crude oil per year. Compressed Natural Gas (CNG) To reduce the dependency on imported fuel significantly, to reduce environment pollution and to save foreign currency, the use of CNG vehicles was introduced in 1997.Number of CNG refueling Station is 565 and 162 conversion workshops have already been set-up in the country. Total number of CNG converted vehicles is 150249. In addition to that 42549 CNG vehicles was imported. Total number of CNG vehicles is 192798 as of May, 2010. Average CNG usage (approx. ) is 102 MMCF per day. Liquefied Petroleum Gas (LPG) The area where access to gas pipeline is difficult and expensive but there is a demand of gas; in this case gas in the form of LPG can be used. To reduce the dependency on imported oil and thus to save foreign currency, the use of LPG has to be popularized.Curre ntly the supply of LPG of the country is 95,500 Metric Ton of which production in Public Sector is 22,500 Metric Ton while Production in Private Sector is 73,000 Metric Ton. The Possible demand of LPG in the country is 2,00,000 M. Ton. To popularize the use of LPG the present government has reduced tax rate on some appliances such as Pressure Regulator/Valve, Safety/ Relief valve and Submerged Welding Flux including bottling of LPG. Liquefied Natural Gas (LNG) To reduce the dependency on imported oil as well as indigenous gas, import of LNG is under active consideration.Under mid term plan, LNG will be imported to supply at the rate of 500 mmcfd by 2012. The site for building necessary infrastructure for LNG has been located. Bangladesh has to set up necessary infrastructure such as LNG Receiving Station, LNG Storage Tank, Re-gasification process and 90 km long pipeline from Maheshkhali to Anwara in its own effort. A MoU (Memorandum of Understanding) to be signed between Bangladesh and Qatar, which is under process. Coal Besides natural gas, Bangladesh has significant coal reserve. Coal reserves of about 3. billion tons comprising 5 deposits at depths of 118-1158 meters have been discovered so far in the north-western part of Bangladesh. The name of these deposits are-Barapukuria, Phulbari and Dighipara coal field in Dinajpur district, Khalashpir in Rangpur district and Jamalganj in Joypurhat district. Out of which 4 deposits (118-509 meters) are extractable at present. As an alternative fuel to natural gas, coal can be extensively used. The depth of Jamalganj coal deposit is 640-1158 meter with 1053 Million Tones in-situ coal reserve where production may not be viable by present day’s technology due to the depth of the deposits.Possibilities of extraction of Coal Bed Methane (CBM) need to be explored from this coal deposits. Government is actively reviewing law to be applicable for Exploration and Production of Coal Bed Methane. So far, only Barapukuri a coal field is under production. Other Mineral Resources available in Bangladesh Besides indigenous energy resources, Bangladesh has other mineral resources. Various organizations under Energy and Mineral Resources Division are engaged to explore for mineral resources. In case of commercial discovery, foreign company can apply for production license.White Clay occurs in Sherpur, Netrokona, Dinajpur and Chittagong district etc. White Clay is used to make crockery’s, sanitary materials, insulator and tiles . It is also used in Paper,cement and sugar industries. Glass sand occurs in Sherpur, Habiganj, Comilla and Dinajpur district etc. Glass sand is used to make crockery’s, lenses, glass sheet of windows and doors. It is also used to make quartz clock, frame of boat and aero plane, foam glass and in various electronic equipments etc. Silicon chips are also made from silica, which is a main ingredient of glass.Limestone occurs in Sunamgonj and Joypurhat district and St. M artin’s Islands. Limestone is used to make lime and cement and in paper, Ispat, sugar, glass industry. It is also used to decorate the building. Ilmenite,Garnet,Zircon,Kyanite,Magnetite,Rutile,Leucoxine,Monazite,etc are found in Cox’s Bazar and Teknaf Beach, Kuakata Beach , Moheshkhali, Nijhum dwip, Kutubdia and Monpura Island. Ilmenite, Rutile and Leucoxine are used to make slag and in welding and in melting of metal. They are used as a dyeing subject and Refractory Brick.Ilmenite is used to make sand blasting and heavy mud as an alternative to Barite in drilling activities. Titanium metal, which is derived from this mineral, is used to make frame of aeroplane, missile, and in chemical reaction and salt removal process. Zircon is used to make foundry sand, Refractory brick and as a dyeing substance. Zirconium is used as a radioactive substance. Monazite is used to make catalyst, television tube, refractory substance, thermal insulator substance and in computer disk an d line printer.Peat occurs in Gopalganj, Madaripur, Khulna, Sylhet and Sunamganj district etc. It is used as an alternative fuel to household work, in brick and lime industries and in thermal power plant. Hard Rock occurs at Maddyapara in Dinajpur district. It is used in regulator dam, river training, and river bank erosion. It is also used as construction material and as mosaic stone. Gravel Deposit occurs in Lalmonirhat, Panchagar, Sylhet district, Greater Chittagong and Chittagong Hill Tracts. It is used to construct buildings, road, railway, bridge and in river training and flood control.Renewable Energy Sources in Bangladesh Renewable Energy Sources may also be helpful in the achievement of the MDGs, as well as in tackling the challenges of energy security especially for developing countries and global climate changes. The renewable energy sources include biomass (combustible renewable and waste), hydropower, solar, wind, ocean, and geothermal energy. Biomass is currently the l argest renewable energy source due to its extensive noncommercial use (mainly for cooking and heating) in developing countries like Bangladesh.The share of other forms of renewable sources is minimal. Possibility of installing mini and micro level hydro-electric power plant in the hilly areas of Bangladesh would be explored. Windmills are with capacity of 2 MW in operation in the costal area of Bangladesh. Biogas Biogas may be the most promising renewable energy resource. Presently there are about 50,000 households and village-level biogas plants in place throughout the country. There is a huge potential for expansion in rural areas. Solar Energy Potential of solar energy is good in Bangladesh.But due to its higher cost of equipment it has to go a long way to become commercially viable. However, in remote areas of Bangladesh it is gradually becoming popular and government has undertaken lot of scheme to subsidize on it. Presently there are about 2, 64,000 solar panels installed thro ughout the country. Bio-diesel Bio-diesel may also be one of the promising sources of energy. Though Bangladesh is a densely populated country with 150 million people just in 147,570 Sq. Km areas, except the hilly areas, most of the areas are covered with fertile land that producing high yielding crop.Diesel from Jatropha plant may be a source of renewable energy in our country. Jatropha trees can be planted in both the sides of rail way tracks & high ways, marshy land & costal belt of the country. These Jatropha plant can also be used for coastal protection. Gasohol Gasohol is being blended with octane/petrol in many countries. Project in private sector is being undertaken to produce Gasohol from molasses used to be blended with octane/petrol. The molasses is a by-product of sugar industries.

Nursing Shortage The Cold Hard Facts and Possible Solutions - Free Essay Example

Sample details Pages: 7 Words: 2134 Downloads: 5 Date added: 2019/08/16 Category Nursing Essay Level High school Topics: Nursing Shortage Essay Did you like this example? The United States is expected to have such as large shortage in nurses that its going to intensify as baby boomers retire and the amount of health care grows. Nursing colleges and universities across the country are struggling to expand enrollment levels to meet the rising demand for nursing care. According to the American Association of College of Nursing (AACN), In 2014, the U.S. Don’t waste time! Our writers will create an original "Nursing Shortage The Cold Hard Facts and Possible Solutions" essay for you Create order Bureau of Labor Statistics (BLS) projects healthcare employment to grow by 26 percent between 2012 and 2022, with an increase of about 4.1 million jobs. (Healthcare: Millions of jobs now and in the future, 2014) Hospitals, long-term care facilities, and other ambulatory care settings added 36,000 jobs in October 2018. Over the past 12 months, health care employment grew by 328,000. As the largest segment of the healthcare workforce, RNs likely will be recruited to fill many of these new positions. (Employment Situation Summary, 2018) As a nurse I know the importance of my role and also know that my contribution now in the healthcare is as much appreciated and needed part of several peoples lives. Without Medication Techs, Certified Nursing Assistants, Certified Medical Assistants and the variety of nurses the quality care would be a lot different than how many facilities care for them. The efforts in reducing the nursing shortage is currently apparent and will become more apparent as the nursing shortage grows. I feel the nursing shortage is not fully being addressed in the efforts to improve the number of nurses to fill the huge current and upcoming gap of jobs in healthcare. I will start by addressing some important numbers and problems that attribute to the nursing shortage. I spoke with Danielle Conrad in 2012 during her term as senator about a bill that she had addressed as an interim study to examine the nursing shortage in Nebraska. As a potential nursing student at that time I knew the importance of my role as a future nurse. After reading through the public hearing, it has been estimated that by the year 2030 there will be vacant positions of nearly 3,838 RNs, nurse practitioners, midwives, and faculty teachers. Juliann Sebastian, dean of the University Of Nebraska Medical Center College Of Nursing spoke about how Nebraska is not alone in the nursing shortage. Nurses provide a great amount of care to healthcare sectors, which are vital to the public. With qualified nursing applicants turned away in 2011, other avenue need to be explored to reduce the nursing shortage. Nebraska is not alone in facing a serious nursing workforce shortage that threatens public health and undermines economic opportunity. The U.S. Bureau of Labor Statistics predicts that, in addition to hundreds of thousands of positions that will be vacant by 2020 due to replacement primarily for retiring nurses, a total of 581,500 new nursing positions will have been created by 2018. Nearly one-third about 262,000 jobs are expected to be for registered nurses. (Healthcare: Millions of jobs now and in the future, 2014) Nursing care is vital to the health of the public and nurses provide care in every sector of healthcare, including hospitals, Long-term care, and primary care. There are two key issues in Nebraska related to the nursing shortage. First, we have a shortage of the number and type of nurses needed to care for Nebraskans now and into the future. Second, we have a shortage of faculty to expand nursing programs throughout the state. Seventy-three of Nebraskas ninety-three cou nties have fewer nurses than the national standard. Rural areas are particularly hard hit by the nursing shortage. The Nebraska Center for Nursing estimates that Nebraska will have a shortage of 3,838 nurses, registered nurses, by the year 2020. In 2010 schools of nursing around the United States turned away over 7,000 qualified applicants to baccalaureate and graduate degree nursing programs. In Nebraska, 402 qualified applicants were turned away from baccalaureate and graduate nursing programs in 2010. If another 402 applicants were enrolled each year in Nebraska schools of nursing, the shortage projected by the Nebraska Center for Nursing for 2020 would be significantly reduced. (LR 285 Hearing Transcript) Although interest in nursing careers remains strong, many individuals seeking to enter the profession cannot be accommodated in nursing programs due to faculty and resource constraints. AACN data showed that 39,423 qualified applications were turned away in 2009, which is comparable to that in past years. Another problem in accepting all qualified applicants is not only space, but funding, clinical sites, and faculty. As the shortage increase and the number of nursing students is limited, much of the problem is factors such as space and funding, but a huge part is the faculty. According to AACNs report on 2016-2017 Enrollment and Graduations in Baccalaureate and Graduate Programs in Nursing, U.S. nursing schools turned away 64,067 qualified applicants from baccalaureate and graduate nursing programs in 2016 due to an insufficient number of faculty, clinical sites, classroom space, clinical preceptors, and budget constraints. Most nursing schools responding to the survey pointed to faculty shortages as a reason for not accepting all qualified applicants into baccalaureate programs. (Nursing Faculty Shortage Fact Sheet, 2017) Looking at these numbers asks the valid question, How does this impact patient care? Hospitals in 2016 experienced an estimated 16.5% of turnover rate of registered nurses. Its estimated that it takes approximately 54-109 days to recruit an experienced RN. The lack of adequate numbers in nursing staff can affect patient well-being in a number of ways. One of these ways is higher mortality rates. An increase in 1 full time RN per 1000 inpatient days decreased patient mortality rate by 4.3%. Hospitals with fewer nurses witnessed a 2–7 percent increase in mortality. With a shortage of nurses leads to an increase in the workload of the existing workforce, which results in a increase in medication errors. These can range from infusing medicines at the wrong rate (most common) to giving the wrong medicine or mixing up medicines between patients, which easily can result in fatal consequences. Lastly, we are seeing overcrowded emergency departments with longer wait times to see provid ers. (The Nursing Shortage and How It Will Impact Patient Care, 2017). So, what do we do about the problems that are leading up to a big gap in the number of nurses? I think that there are a few areas that we specifically need to look at to improve this problem. The first being with current healthcare employees, the second with nursing programs, and thirdly with potential nursing students. Current demand for RNs is high with a limited supply, considering this fact it is noted that one half of RNs are not satisfied with their salaries. By paying more or offering bonuses to those individual who sign on can go a long way in helping to rectify this problem. Providing more training and educational opportunities already in the existing field allows for better growth and personal/professional development, which can create a sense of loyalty. Lastly considering the use of temporary nurses during surges in hospital admissions and common illness seasons. In the article The Shocking Truth about the Nursing Shortage in the United States, in speaking about the nursing shortage it mentions that, fewer nurses means the ones who are employed experience a higher workload, and often have to cover shifts or work overtime to keep patients covered. The combination of high pressure situations and more hours worked can lead to staff burnout, both emotionally and physically. Compassion fatigue can affect caregivers who arent able to take time for themselves or who are too stressed in their work environment. Minimal sleep from picking up extra shifts, combined with the emotional energy required to care for additional patients, can contribute to burnout and inadvertently cause the quality of patient care to decline. This can be frustrating if your schedules dont allow for adequate breaks and basic human needs like enough sleep. So, rather than asking nurses to do what feels impossible under these circumstances, employers need to accommodate their nu rses basic needs and listen to their feedback. (The Shocking Truth about the Nursing Shortage in the United States, 2018) Hospitals in Buffalo, New York are partnering with international corporation and local headquarters to help pay for people to attend nursing school if they promise to work for the hospital after graduation. More and more hospitals around the United States are more desperate for nurses and are using sign-on bonuses of $1,500-$2000 and even as high as $8,000-$10,000 to help obtain nurses. But these sign on bonus are not enough to make a long term change. Furthermore, Its not about the bonus check; its about respect, better working conditions, and job satisfaction. Hospitals have typically responded to past nursing shortages by offering bonuses to nurses who sign up to work there. Why arent the sign-on bonuses effective at recruiting and retaining nurses in U.S. hospitals like previous years? According to the National Council of State Boards of Nursing, the current shortage is different from past shortages. This one is worse, and the traditional solutions arent likely to work. Liz Jacob s, RN, spokeswoman for the California Nurses Association said, Nurses need the profession to return to a place where we can do the things that give us job satisfaction, like patient education and basically feeling like youre not jeopardizing patient care and your license every day. With the nursing shortage some places are taking more acting such as the Tallahassee Memorial Hospital. I think nurses want to be paid adequately and recognized for their performance, said Ann Evans, RN, senior vice president for nursing for Tallahassee Memorial Hospital. I think they want to work in a place with good outcomes. People want to work where theyre respected. Tallahassee Memorial Hospital is also using a market-based pay strategy to remain competitive and regularly re-evaluate its wages. They are adjusting its pay strategies to better suit its employees needs and has instituted a tuition reimbursement program as an incentive for its nurses to continue their education. The California Nurses As sociations Jacobs suggests that mandatory nurse-to-patient ratios, which California recently announced, may also improve the work environment for nurses enough to draw more nurses back into hospitals. Jacob says, Nurses want to feel the importance of their work, nurses want to feel valued for their work, and nurses must feel they have a voice in decision-making that impacts their practice and work life. Nurses are the glue, the backbone of the healthcare system. (Larson, Creating Solutions to the Nursing Shortage, 2016) Nursing programs are a very important step in adding more RNs to the workforce and will require more in-depth approach then sign on bonus. Assistance in replacing nursing school faculty is of key importance so that nursing classes can continue to be staffed adequately. When it comes to nursing programs one-third of facilities that educate nurses described their salaries as uncompetitive. Higher salaries and additional incentives, monetary as well as non-monetary, can help retain existing talent and attract better teachers into the profession. Another way to make nursing financially attractive would be to facilitate faster and easier payment of nursing student loans. One in every four RNs owes a student loan, which can be a contributing factor to the industrys high turnover. (The Nursing Shortage and How It Will Impact Patient Care, 2017) The third area that we need to take into consideration is the potential pool of nursing candidates. Grants, loans, and scholarships in order to attend nursing school would allow students who might not be able to afford nursing school attend. This can increase the number of nursing students and future number of nursing staff. (Solutions for the Current Nursing Shortage) The problem also lies in hopeful applicants. Many are turned away or waitlisted. Much like those who cannot afford to pay for initial schooling, the nurses who further their education the costs add up. We invest years of time and money into certification, clinical hours, and so forth. Loan forgiveness and ways to help pay for the increased education would help nurse continue to further their education and improve their knowledge for patient care. There are many theories as to the best strategies to address the shortage, but the strategies that focus on improving workplace have a greater potential. Many places are already struggling to provided enough nurses. Jan Rabbens, spokeswoman for the Minnesota Nurses Association says, Nursing needs money, social commitment, and efforts to improve working conditions, or patients will suffer the consequences. And nurses do not want to feel that they are compromising patient safety. Not just one solution will be enough to fix the problem; a solution will most likely require changes across the board. In order to keep a quality number of healthcare providers to meet the demand the US needs to come up with more nursing colleges or find ways to improve space and increase faculty numbers. If things to improve the shortage are not addressed, you might be the one on the short end of the stick when it comes to quality care received.

The Pretribulation Rapture Free Essay Example, 1000 words

Yet, within the very next sentence, the website goes on to indicate that Revelation 12:6 indicates that a definitive date can effectively be understood in terms of when the tribulation will start and ultimately the point in time in which the 1260 days the countdown to the rapture will be determined (No Author Listed 2). The â€Å"prophecy† of the pre-tribulation rapture that is explicated so effectively within this particular website denotes the fact tribulation is indication of the in the times and the Second Coming. However, pre-tribulation rapture is understood as occurring at the midpoint of the seven years of tribulation or at the time in which the tribulation is not severe; hence pointing to tribulation as proof is self-defeating and ultimately un-useful in terms of defining when these events will take place. Lastly, it should be understood that the individual use of the Bible as a proof of the veracity of the statements and relevance of the pre-tribulation rapture is inherently flawed from the outset of the websites introduction. For instance, first Thessalonians 4:16 – 18 illustrates that the Second Coming is a point in time in which a visible and extraordinarily tumultuous occurrence of Christ’s return is indicated. We will write a custom essay sample on The Pretribulation Rapture or any topic specifically for you Only $17.96 $11.86/pageorder now The text itself stipulates that the voice of the archangel will be heard, the trump of God will sound, and the dead in Christ will rise first. Essentially, any individuals that remain after this tumultuous occurrence will be caught up in the air to meet those that have already been raised from the dead. Intuition clearly denotes that such a process, if it indeed occurs, will be one in which fully everyone on the planet would take notice and be aware of. Yet, rather than explicating this particularly troubling aspect of foreknowledge, the piece delves directly into Corinthians 15:51 – 53. In this particular text, the website seeks to draw upon the understanding that the transformation that will occur at the Second Coming will be so rapid as to take place within the twinkling of an eye and effect and â€Å"change† upon all those that have been raised incorruptible. By glossing over the clearly tumultuous occurrence described in Thessalon ians of the Second Coming and moving straight onto the transformation that will take place in this perceived pre-tribulation rapture, the author is able to effectively maneuver around clear and distinct gaps in theological interpretation and methodology. From the information that has been engaged in thus far, it must primarily be understood that the manipulation and usage of various parts of Scripture as a means of incorporating a particular worldview and affecting its power of persuasion on others is not a new approach.