Crony Capitalism and Political Corruption are the worst forms of White Research Paper

Crony Capitalism and Political Corruption are the worst forms of White Collar Crime - Research Paper Example The arrangement of crony capitalism has increasingly been influencing the legislative and regulatory actions of governments throughout the world. On the other hand, the aspect of political corruption has been imposing serious threat on the integrity of the national democracy. The concept of political corruption can be defined as abuse of public power or right for illegitimately, usually for gaining secret and private benefits. The practice of political corruption often varies depending upon the country and its jurisdiction. Both the concept of crony capitalism and political corruption are associated with white color crime and their practice in various forms has rendered adverse impacts on socio-economic environment of a country. Thesis Statement In the present day context, the role of government and its influence on socio-economic activities have immensely augmented. It has been recognized that crony capitalism and political corruption in the modern day context present worst forms of white collar crime committed by political persons and business organizations. In relation to this, the paper intends to identify the impact of crony capitalism and political corruption on the socio-economic environment of a country and develops arguments favoring the notion that crony capitalism and political corruption are the worst forms of white collar crimes witnessed by the world today. Crony Capitalism and the Case of Solyndra Crony capitalism in general is a way of caricaturizing the relations between the two or more parties in two different spheres in a capitalist economy. The first subject related with crony capitalism may include economy or the market. The economy or the market areas may involve the operations of businessmen who own and manage business organizations engaged in a variety of activities with a prime goal of making profit. The other subject area includes the public authority or the state through which public rules, regulations, policies and laws are made and enforced (Allen 129-139). Contextually, the case of Solyndra that has been witnessed by the United States in the recent times provides evidence about how crony capitalism is being practiced in the country. California based Solyndra, a solar panel manufacturer declared bankruptcy in August 2011 after having received US$528 million as federal loan guarantees. Moreover, its bankruptcy rendered more than 1000 people jobless. It was been observed that the loan guarantee was allowed in 2009 following the pressure from the company itself and the White House. A report issued by House of Energy and Commerce committee argued that the sinking of Obama led government’s US$528 million investment was the result of involvement of Obama Administration Officials and certain key Solyndra players. It has been further argued that despite the risks associated with funding of loan to Solyndra, the federal government did not resist in approving loan guarantee to the company rather it has been invol ved in backing the company in raising the loan guarantee. The political and government involvement in such scams is one of the worst examples of Obama led Administration’

Research Project Essay Example | Topics and Well Written Essays - 1750 words

Research Project - Essay Example These sources of energy, particularly oil, have also been associated with water pollution as well as destruction of marine life and diversity through oil spills in oceans, seas, rivers and lakes among others. Even most of the existing renewable sources energies such as geothermal, wind and hydroelectric have been extremely expensive to install. In addition, these sources of energies are normally extremely affected by changes in weather conditions. Also, their abundance as compared to that of the solar energy is limited. Due to the problems associated with the available sources energies such as fossil fuels, nuclear, wind, hydroelectric and geothermal, the use of solar energy is becoming popular in most parts of the world, particularly in China and Africa (House-Soremekun & Falola 2011). The solar energy seems to the source of energy that is more sustainable as compared to other sources of energy (Richards 2010). This paper, therefore, aims at discussing the use of solar energy in Afr ica and basics of this source of energy. Africa receives more solar radiation than any other continent in the world, thereby making it the continent with the greatest potential than any other continent in the world. Sun shine in Arica is virtually uninterrupted, and one of the most abundant energy resources in the continent. However, this precious source of power has not been fully exploited in the continent for number years. Despite the abundance of this energy resource, it is estimated that about 2 billion individuals (people) in world (most of them from Africa) either struggle or fail to meet their daily energy requirements due to scarcity of supply of energy (Richards 2010). Even though there has been reluctance in the harvesting of solar energy in Africa, the situation seemed to have change to day since a number of organizations in Africa as well as African governments have been turning their attention towards renewable and sustainable sources of energy. Amongst the renewable s ources of energy that have been greatly focused by the African countries is solar energy. Africa as continent has made number of milestone towards harvesting solar energy. For example, the headquarters of United Nations Environmental Program (UNEP) based in Nairobi (Kenya) is fully powered by solar energy (House-Soremekun & Falola 2011). Further according to House-Soremekun & Falola (2011), South Africa and Ghana are also planning to build amongst the biggest solar power plants in the world. Solar energy is also known as the radiant light, and it is referred to as heat energy from the sun (Richards 2010). This energy can be converted by different transducers to produce different sources of energy. For example, solar energy can be converted directly to electric energy by use of solar cells (also known as Photovoltaic). This particularly important for small scale energy requirements such as for watches and calculators. The solar energy can also be directly used to heat water for both domestic and industrial use. In addition, solar energy can be used to produce large amounts of solar energy through the use of solar radiation concentrators such as parabolic troughs. We have discussed how solar energy is converted into electric energy or used as heat energy to heat water among others (Hantula 2010). The question that might probably be lingering in the mind of the reader is how this precious energy is formed

Influence of Al3+ Addition on Activated Sludge

Influence of Al3+ Addition on Activated Sludge Influence of Al3+ addition on the flocculation and sedimentation of activated sludge: Comparison of single and multiple dosing patterns Mariam Touati Abstract In this research, single and multiple dosing of Al3+ were used to study the flocculation and sedimentation of activated sludge (AS). It was found that in the single Al3+ dosing condition; sludge flocculation is improved but sedimentation is declined. Adding the same amount of Al3+ during multiple dosing attained a similar reduction in turbidity. Interaction energy had a major role during single dosing conditions, whereas multiple dosing was mostly effective in reducing EPS content; this is regarding the differences in the performance of flocculation. Introduction The widely most used process for wastewater treatment is the activated sludge (AS) system. The water quality of the sewerage is affected in a large way by the solid-liquid separation in the system, which depends efficient sludge flocculation and sedimentation. 70% 90% of the secondary clarifiers in the AS systems however have encountered solid-liquid separation issues. Two of the main causers of these issues are the reproduction of filamentous bacteria and deficient sludge flocculation. Dosing of flocculants is one of the most effective solution to poor flocculation performance. Cations act as flocculants when added to wastewater and ease flocculation. High cation concentration helps improve biological flocculation. Extracellular polymeric substances (EPS) consist of polysaccharides, proteins, humic compounds, and other cellular ingredients. EPS is considered an important component of AS flocs. They play a major role in maintaining AS flocs structure and function. In most of the cases, dense, strong, and large flocs are desirable for AS settling and compaction. AS flocs have microorganisms in addition to organic and inorganic particles ingrained in the EPS, and the suspended solids accumulate into them. By bridging with multivalent cations, EPS is able to bind to the microbial cells, which are likely to have an influence on the EPS content in the system. An increase in monovalent cations in the AS declines sludge properties and damages floc, while addition of multivalent cations improves sludge flocculation. It was found that, compared to monovalent and bivalent cations, trivalent cations help improve flocculation performance of the AS under both wastewater treatment plant (WWTP) and laboratory conditions. In the present study, Al3+ was added to AS systems according to single and multiple dosing patterns, and a concentration gradient was set under single dosing conditions. The research objectives were as follows: To investigate the influence of Al3+ dosage on AS flocculation and sedimentation. To determine the more efficient dosing pattern. To reveal the mechanisms governing the influence of Al3+ on AS flocculation and sedimentation. Material and methods AS cultivation The AS used in this study was cultivated in two parallel sequencing batch reactors (SBRs) numbered R-S (single dosing) and R-M (multiple dosing), and each had a working volume of 4 L. The following steps were taken: Each reactor was supplied with a paddle mixer, which operates at 100 rads/min, and that is to prevent the AS from settling. To maintain the dissolved oxygen (DO) in the range of 2-3 mg/L, air was added. sludge retention time (SRT) was controlled around 10 d. The temperatures were kept at 22  ±1à ¢Ã‚ Ã‚ °c in the reactors. The SBRs were working at a cycle time of 12 h, and 2 cycles were performed each day. The time used for filling, aerating, settling and decanting was 20, 640, 40 and 20 minutes respectively. Both the influent and effluent volumes per cycle were maintained at 2 L. Tap water was used to synthesize the artificial wastewater. Glucose, NH4Cl and KH2PO4 were used as sources of carbon (C), nitrogen (N) and phosphorus (P) respectively. The relative proportion of chemical oxygen demand (COD), N and P (COD: N: P ratio) in the influent was maintained at 100: 5: 1, with the COD concentration at 700  ± 30 mg/L. Al3+ dosing test Single dosing test The AS in reactor R-S was cultivated without adding Al3+ in the influent. 500 mL of AS sample were added into 5 identical 250 mL beakers, each receiving 100 mL, to which a different Al3+ dosage was added. The Al3+ dosages were 0.125, 0.5, 1 and 1.5 meq/L, respectively, in beakers designated as S-0.125, S-0.5, S-1.0, S-1.5, respectively. No Al3+ was added into beaker S-0, which was the blank control of the experiment. All of the Al3+ in the single dosing test was added once. At 50 rad/min for 5 min then 117 rad/min for 5 min, the samples were mixed. Multiple dosing test In this test, Al3+ at a concentration 0.1 meq/L was added to the influent of reactor R-M and introduced to the reactor in each operation cycle. The mixing pattern was in accordance with single dosing test. EPS extraction protocol A 25-mL sample of AS suspension was centrifuged at 6000 g for 10 min at 4à ¢Ã‚ Ã‚ °C, and the supernatant that was carefully collected was bulk solution. A NaCl solution with the same conductivity as the AS sample was prepared; then it was applied to re-suspend the AS material in the tube. Immediately, the AS suspension was oscillated by a vortex mixer for 1 min and then sheared using an ultrasonication instrument at 0.4 W/mL for 30 sec. The suspension was centrifuged at 4000 g for 10 min at 4à ¢Ã‚ Ã‚ °C, and the supernatant was collected as LB-EPS. The AS sample left in the tube was re-suspended to its original volume of 25 mL with the NaCl solution, and then oscillated for 1 min and sheared at 0.5 W/mL for 1 min. Subsequently, the suspended sample was centrifuged at 4000 g for 15 min at 4à ¢Ã‚ Ã‚ °C, from which the supernatant collected was TB-EPS, and the AS sample left in the tube was the pellet. The final step, the bulk solution, LB-EPS and TB-EPS extracted were filtrated through a 0.45 micro-meter cellulose acetate membrane. Analytical technique The total organic carbon (TOC) contents of the bulk solution, LB-EPS and TB-EPS were determined using a TOC/TN analyzer. The Al3+ concentrations in the bulk solution were analyzed using inductively coupled plasma optical emission spectrometry. After settling for 30 min, 100 mL of AS suspension were suctioned and transferred into a graduated cylinder for measuring the SVI. The turbidity of the supernatant was measured. The total interaction energy of AS was measured and calculated. Results and discussions Basic characteristics of the AS system Influence of Al3+ on AS interaction energy Single dosing According to the total interaction energy curves of the single dosing test, the energy barrier and Al3+ concentration are inversely proportional, as in, the energy barrier decreased as the Al3+ concentration increased. Comparison between single and multiple dosing patterns Multiple Al3+ dosing compressed the double electrical layers through charge neutralization. In addition to zeta potential, other factors also had an effect on AS flocculation, which reimbursed the relatively weak zeta potential reduction following multiple Al3+ dosing and ultimately equilibrated the effluent turbidities. Other factors contributed to the lower turbidity related to multiple Al3+ dosing. These observations suggested that the investigation should not be restricted to zeta potential only, and that the total interaction energy should also be taken into consideration. Multiple Al3+ dosing can promote AS flocculation by compressing the double electrical layers. It was found out that clarifying how dosing patterns affects flocculation performance in terms of total interaction energy is relatively difficult. To evaluate the influence of Al3à ¾ on AS flocculation, the role of EPS, besides that of interaction energy, must be examined. Influence of Al3+ on the EPS content Single dosing test High EPS content could worsen sludge flocculation. Sludge flocs become denser and more compact with Al3+ addition. LB-EPS play an important role in the formation of AS flocs But, an excess of LB-EPS might have a negative effect on the bonding of cells and could deteriorate the floc structure, eventually causing undesirable solid-liquid separation. EPS and supernatant turbidity decrease as Al3+ dosage increased. High LB-EPS content may result in high water content in the sludge flocs, leading to worsened sludge compactness and increased floc porosity, all causing poor flocculation The addition of Al3+ was found to lighten AS flocculation by counteracting the negative effect of LB-EPS. Al3+ reduces the suspended solids in the supernatant and improves effluent turbidity. Comparison between single and multiple dosing Both the LB-EPS and TB-EPS contents that were extracted in the multiple dosing test were much lower than those extracted in the single dosing test. Which means that in the multiple dosing test, Al3+ augmented effectively the densification of sludge through the ion bridging effect. Single dosing of Al3+ shown greater effect on the interaction energy, whereas multiple dosing of Al3+ reduced the EPS content more effectively. The eventual flocculation performances achieved by the two dosing patterns were equal. Al3+ distribution characteristics in the AS Distribution characteristics As the single dose increased the Al 3+ concentration found in the sludge increased as well. Because of Al 3+ high charge valence and solubility, almost all of it dosed constrained with the sludge. Therefore, no Al 3+ was found in the bulk solution. The amount of negative charges in different sludge components is in the following sequence: pellet > TBEPS > LB-EPS. No Al3+ could be detected in sludge components other than the pellet when the single dosage was less than 0.125 meq/L. When equal amounts of Al 3+ was added during single and multiple dosing, the Al 3+ accumulations in the sludge were similar, the Al 3+ spreading in different sludge components were different. As seen in figure 2. Al3+ could be detected in the bulk solution in the multiple dosing test, but not in the single dosing test. According to all these findings, it was concluded that the bonding capacity between Al 3+ and the sludge was different with the dosing pattern. Single dosing Single Al3+ dosage and the amount of Al3+ in the pellet are directly proportional, as the first increased the second increases as well, respectively. This caused an increase in the sludge flocs density and a decrease in the content of suspended solids, which leads to the improvement of effluent turbidity. Comparison between single and multiple dosing Pellet Al 3+ concentration has an essential positive effect on sludge flocculation. The time for the reaction between multivalent cations and the AS is critical to flocculation performance. The decrease in the sludge surface charges declined due to the increased Al3+ accumulation in the pellet. Influence of Al3+ on AS settleability Single dosing A higher single dosage of flocculant could increase the nucleation rate and the amount of small aggregates, and through the bridging function, it strengthen the interaction energy among the organics on the sludge surface. Comparison between single and multiple dosing EPS content has a significant effect on sludge settleability. Both sludge flocculation and sedimentation were enhanced by multiple additions of Al3+. Al3+ achieved floc densification by the constant recognition of the sludge structure as well as removing water. The key difference between the two dosing patterns was the variation in the reaction time. Engineering significance In case of the failure of AS flocculation and/or sedimentation in waste water treatment process (WWTP), a solution could be to add flocculants only once. Multiple dosing, which is continuous addition of flocculants in WWTPs, extends the reaction time and at the same time promotes flocculation and sedimentation performances. Therefore, it is preferable that the concentrations of multivalent cations in the pellet, in a practical operational procedure, be continuously monitored and observed; where as soon as these concentrations decrease, low concentration of flocculants must be added continuously, in order to maintain the flocculation and sedimentation of the sludge. Conclusion Sludge flocculation and turbidity elimination ware enhanced when the single dosing increased, whereas sludge sedimentation deteriorated. Better sludge sedimentation was accomplished with multiple dosing, even though there was no big difference in the reduction of turbidity between single and multiple dosing. Regarding reducing the interaction energy barrier, single dosing was more adequate, while in terms of decreasing the EPS content, multiple dosing was more effective.

eleanor roosevelt Essay examples -- essays research papers

Anna Eleanor Roosevelt Eleanor Roosevelt was born in New York City on October 11, 1884, daughter of lovely Anna Hall and Elliott Roosevelt, younger brother of Theodore. When her mother died in 1892, the children went to live with Grandmother Hall; her adored father died only two years later. Attending a distinguished school in England gave her, at 15, her first chance to develop self-confidence among other girls. Eleanor married her fifth cousin, Franklin Delano Roosevelt. Tthey became the parents of six children. In World War 1, she became active in the American Red Cross and in volunteer work in Navy hospitals. Franklin Roosevelt was stricken with polio in 1921. Mrs. Roosevelt became active in politics both to help him maintain his interests and to assert her own personality and goals. She was in the League of Women Voters, and the Women's Trade Union League, and worked for the Women's Division of the New York State Democratic Committee. She helped to found Val-Kill Industries, a furniture factory in Hyde Park, New York, and taught at the Todhunter School, a private girls’ school in New York City. Franklin D. Roosevelt became President in 1933. Eleanor Roosevelt was an active First Lady who traveled around the nation, visiting relief projects, surveying working and living conditions, and then reporting to the President. She added her own political and social influence. She became active with helping the poor and minorities. During World War II, she visited England and t...

A Love Story in Boracay Essay

Philippines is a nation located at South-East of Asia, just east of Vietnam. It is surrounded by three different seas, namely, the Celebes Sea, the South China Sea, and the Philippine Sea. Comprising of 7, 107 islands, this country has a total area of 300, 000 sq km. Luzon, Visayas, and Mindanao are the three islands that form the main island groups of the Philippines. There are numerous tourist attractions in the Philippines. One of them is the famous Boracay Island. This island has white, sandy beaches and luxurious resorts.   One day, I spent a lazy twilight just wading through the calm waters. The sea was very much alive yet it the air seemed romantic. I was pondering on important things when I saw a couple fighting. The woman was close to tears and the man was regretful. Something he said must have hurt the poor woman’s heart. The woman walked away, leaving the man confused and unsure of what to do.I thought, â€Å"Maybe love isn’t enough to keep relationships last.† I for one did not really believe in love. But I decided to approach the guy and offer a helping hand anyway. I asked him if he’s okay. He said, â€Å"I don’t know. It’s just that she’s too vulnerable. I don’t know how to handle her.† The man got something from his pocket. It was a little heart-shaped case that no doubt contained a ring. â€Å"I was supposed to ask her to marry me but she burst out crying even before I popped the question. I have no idea what’s wrong with her. Could it be that she loves someone else?†, he said. I shook my head. â€Å"No, she loves you. I saw the way she looked at you. It was a look of love but it had a hint of pain. Maybe you did something to cause that pain. You know, women are really sensitive.† â€Å"So what do you reckon I should do?† He looked at me with hopeful eyes. This man really loves her woman so I thought hard on helping them. We were sitting with our backs on a tree when something came up my mind.mâ€Å"I know!† I exclaimed. â€Å"You should treat like she’s the most beautiful girl in the planet.†Ã¢â‚¬Å"How?† The next day, he asked the woman for a date at a grandiose restaurant in Boracay. When the woman arrived at the place, she was lead into the balcony at the second floor. She couldn’t be more surprised to find that the whole place was closed or reserved just for the two of them. While they were eating, the favorite band of the lady was hired to provide music for that very special night. After eating, they open a bottle of Champagne and as soon as the guy had poured the Champagne into the wine glass, the woman noticed a diamond ring floating happily. She blushed and giggled. She was about to ask for an explanation from the guy when fireworks began to color the night sky. The scene was oh so breathtaking. When the fireworks display was almost over, up in the sky, written were the words: â€Å"I love you. Please marry me.† The two of them were married three months after that and I was really happy to have helped save their once-drowning relationship. Even now, when I think about Boracay, I remember those two persons who were madly in love with each other despite their differences. And, most importantly, I now believe in love. It was not the help that I gave that propelled their relationship into the right direction. It was their love that conquered everything; I just gave it a little push. Works Cited http://www.iexplore.com/dmap/Philippines/Where+to+Go. 2007. Online. May 23, 2007.

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Saint Augustines Deduction that Free Will is a Good Gift...

Saint Augustines Deduction that Free Will is a Good Gift from God Before the central theme of this essay is analytically summarized, it is important to note a few propositions already established in the conversations between Saint Augustine and Evodius. Firstly, Saint Augustine has already ascertained that God gave human beings free choice of the will – Evodius is also sure of this proposition. He deduces that since our existence came from God, then it must be God who gave us free will. Secondly, Augustine then questions Evodius on how he knows that our existence comes from God. His answer begs the question as he†¦show more content†¦Evodius notes that our free will could also be used wrongly. This jeopardizes the second proposition that all good things come from God. Augustine rebuts this argument of Evodius by giving another example. He states that a great good is missing from the body with no hands and yet people can use their hands wrongly (i.e., by committing violent/shameful acts). Augustine is still begging the questi on. He states that it is better to have something which be used for just and unjust acts the not possess it at all. From this statement, however, one can conclude that free will is not a good thing in itself because it can lead to wrong or unjust acts. Saint Augustine was a Christian, and a brief and simple counterexample from his religious perspective could prove this proposition to be false. Augustine states that a great good is missing if someone lost their hands or eyes, which both could be used for good and bad purposes. Yet, Jesus’ philosophy states that it is better to not have something which is causing one to sin or commit unjust acts. Jesus says that it is better to enter the Kingdom of Heaven with one ‘good’ hand than one ‘good’ and one ‘bad’ hand. This would also imply that the ‘bad’ hand was a ‘bad’ gift from God. Further in the discussion, Saint Augustine goes on to say that free will is a good gift since no one can liveShow MoreRelated Happiness in the Fourth Epistle of Alexander Popes An Essay on Man5580 Words   |  23 PagesDesign of the poem, Pope asserted that in order to understand man or any creature, it was necessary first to know what condition and relation it is placed in, and what is the proper end and purpose of its being. For Pope, drawing on a venerable ideal from antiquity onwards, the end and purpose of humanity was happiness.1 As he exclaims at the very beginning of the fourth epistle, The heritage of the supremacy of happiness is impressive. For example, Aristotle believed that happiness was mans strongestRead MoreLogical Reasoning189930 Words   |  760 PagesSacramento, CA 95819 USA ii iii Preface Copyright  © 2011-14 by Bradley H. Dowden This book Logical Reasoning by Bradley H. Dowden is licensed under a Creative Commons AttributionNonCommercial-NoDerivs 3.0 Unported License. That is, you are free to share, copy, distribute, store, and transmit all or any part of the work under the following conditions: (1) Attribution You must attribute the work in the manner specified by the author, namely by citing his name, the book title, and the relevant