Report on two water provision methods Lab Example | Topics and Well Written Essays - 1250 words

On two water provision methods - Lab Report Example 21). This describes the situation of arid and semi-arid areas that constitute 30% of the land surface in the world. This means the areas may experience periods of sporadic water shortages, which may threaten the development of the community as well as the lives of the population. The situation is addressed through the establishment of water demand and supply balance that is multifaceted through the incorporation of water provision projects in the regional planning needs. The projects so incorporated should be tailor made to suit the specific problems of the region. Methods of water provision in arid areas The provision of water process may incorporate a diverse range of methods that seek to establish a stable and renewable water supply and demand chain for the arid regions. These options range from the construction of dams to create reservoirs, desalinization processes, ground water reserves exploration, reusing of wastewater, and enhancing rainwater collection methods. However, some factors in the regions serve to rule out some options as the preferred modes. The option of rainwater collection is ruled out if the area receives minimal annual rainfall amounts. The area also requires a steady source of water in the form of a river, for the construction of a dam (Cipollina, Micale, and Rizzuti, 2009, p. 45). The amount of water availed by reusing is dependable on the amount available for use in the first place. This leaves desalinisation processes and the exploration of ground water reserves as the most viable options. Background information of the two methods 1) Desalinisation processes Desalinization also referred to as desalination, is a term used for any of the processes used to remove the large quantities of salts and minerals contained in saline water. The aim of the processes is to produce fresh water that is suitable for incorporation in irrigation and human consumption. The processes are preferred as they produce salts as byproducts that are used in the production of other products. This method of water provision is applicable in the setting of arid areas as most have underground water reserves that are high in salt content that make them unfit for human consumption and other general-purpose applications like irrigation (Wang 2008, p. 24). The method is specifically suitable for arid areas like Egypt and Israel that are next to unlimited saline water reserves in the form of the sea. 2) Underground water exploration Ground water is the collection of water in the ground that results from the infiltration and percolation of water from various forms of precipitation ranging from rainfall to snow, which is then trapped in bedrock consisting impermeable rocks. The location of these water resources is not restricted to specific regions as it is found nearly everywhere (Raghunath2007, p. 71). However, the usable and reliable quantities are only found in rock formations known as aquifers with sufficient voids between them enabling the holdi ng and conducting of water. This means that most arid areas are sitting on large water reserves that may act as stable water supply sources in the areas if they are explored (Webb 2006, p. 12). Comparison between the two methods Processes used i) Desalinization Originally, the processes of desalinization applied vacuum distillation processes to separate the salts from the water. This involved the boiling the saline water in pressure conditions that are much

Abortion should be illegal in the U.S Term Paper

Abortion should be illegal in the U.S - Term Paper Example This simplistic belief is accepted by some women but it is a flawed argument particularly when the compared to the realities of abortion. Research has shown that the majority of women are coerced into committing this heinous act, the killing of a living human being, and that the legalizing of abortion makes them a safe procedure as many are led to believe is very misleading. Pro-abortion proponents usually say that non-living tissue have no rights and that the fetus is not able to feels pain. This paper exposes these falsehoods and others that have been commonly thought are facts. It also speaks to the Constitution’s intent for the legal and ethical direction of American society. Women that are experiencing an unwanted pregnancy have little freedom of choice, especially now that abortion is legal. Under most circumstances women want to have their baby. Other important influences in her life such as friends, parents and especially husbands and boyfriends are usually the ones wh o put pressure on her to end the pregnancy. In many cases it’s the abortion, not the baby that is unwanted by the woman. More often than not, it’s the father of the child who is not wanting to accept responsibility who coerces the women into having an abortion. They may even threaten a woman until she consents to the procedure. â€Å"45 percent of men interviewed at abortion clinics recalled urging abortion, including 37 percent of married men. Men justified (this) being the primary decision maker, regarding the abortion.† (Shostak, McLouth, 1984). This study as well as other research has clearly shown that most women â€Å"choose† abortion against their own principles. A myth advocated as fact is that the fetus is nothing more than a collection of cells, a small piece of tissue unable to experience pain. A growing embryo has a distinctive set of fingerprints and a unique genetic pattern, different from its mother. It is a person. If society defines death as the heart stopping and murder as the intentional stopping of the heart then abortion must also be considered murder. If the beating heart is legally defined as life, then nearly all abortions should be illegal because the heart is fully formed before the third week in the womb. According to a British medical journal when an eight-week-old fetus is stuck with a pin, its mouth automatically opens up in a crying position and it instinctively pulls his hand away indicating pain. â€Å"By week five, eyes, legs, and hands begin to develop. By week six, brain waves are detectable, mouth and lips are present and fingernails are beginning to form. By the eighth week the baby can begin to hear. Every organ is in place, bones begin to replace cartilage, and fingerprints begin to form† (National Right to Life Foundation, n.d.).   ‘Pro Choice’ proponents claim that women should be allowed access to safe abortion procedures, which the government should not force women to resort to unsafe self-abortion procedures. They are working from a false premise again however. Nearly 100 percent of women say they feel extreme pain during the abortion procedure even with local anesthetics. â€Å"Despite the use of local anesthesia, a full 97 percent of women having abortions reported experiencing pain during the procedure, which more than a third described as intense,  severe or very severe. Compared to other pains, researchers have rated the pain from abortion as more painful than a bone fracture, about the same as cancer pain, though not as painful as an amputation.† (Wells, 1991). Although the word â€Å"abortion† is not in the Constitution, the country’s principal legal document remains the source for precedence for this and all other issues. The Court decided to rule based on the

Judith Butler Response Essay Example for Free

Judith Butler Response Essay Judith Butlers Beside Oneself: On the Limits of Sexual Autonomy is an extremely philosophical essay that asks many questions that challenges the reader to look within themselves to search for their own interpretation of what they believe the answer to be. The first statement that Butler opens with is, What makes for a livable world is no idol question. This statement almost seems like a question directed to the reader. I believe that people interpret what they believe would make their lives bearable differently. What I may seem bearable for my own life may be unbearable to anothers. It is up to the individual to decide for themselves. Butler continues by saying, It becomes a question of ethics when someone from a position of power decides what makes other peoples lives bearable. To me, the question of what makes my own life bearable is my family. Other people may have different responses to that question. It is not up to one person to decide for others what they can live and cant live without. I interpreted this concept to mean that no one should tell another person who they should love or what can make their lives livable because it is different for all of us. There is no simple answer, therefore no one should be in the position to tell other people how to live their lives. Butler finds something in common that we all share. We all grieve the lives of someone we have lost. We are all vulnerable to the pains and desires that our bodies feel for other bodies and we are all alike in that sense. Mourning is a feeling that everyone goes through when we lose someone and we all go through it in different ways. No one can tell you how to mourn or what is the correct way to mourn just as no one should tell you what makes your life livable. We all experience emotional ties to feel a sense of self and once that is taken away we lose a part of ourselves. Butler claims that we undo each other or else we are missing something. I agree that having close relationships with people make us weaker. We are vulnerable when our feelings get in the way of our judgments. We find ourselves wanting to protect our loved ones with our lives and wanting to make sacrifices for them that we otherwise would not make for strangers. That is also what makes human ties and bonds so special. We have the ability to love passionately and grieve deeply. These extreme emotions are what make us human and make our lives worth living. No one person can say they have superiority over another because they live their lives how they see fit and correct for everyone else. Butler goes on to say that ecstasy is a way to view how we live besides ourselves. The notion of ecstasy is a way to describe our passion or grief. When politicians talk about rights for gays, lesbians and bisexuals, they are talking to the group as bounded beings who all share the same distinct qualities. Yes, they share the same lifestyles, but to look at them as a whole excludes what makes each individual unique and what passions and hardships tears them from their being. Our bodies are how gender and sexuality are revealed to others, but the categorizing of these specific groups of people excludes so much more information about them that we will never know. Butler is saying that we need to strive to get away from being subjected as just humans. This notion does not make much sense because our culture does not view this idea as a normal thought. In order to fully understand a group of people who have been stereotyped, you have to view each individual as not only human, but a being that houses a broad spectrum of emotions that leads to ecstasy that makes them feel beside themselves. There is so much to a person and we often find ourselves limiting their capabilities by subjecting them to a specific term. Butler is challenging the way society views people who have been stereotyped by explaining that there is much more to any given person than meets the eye.

Suitable For Discharge Back Into The Environment Environmental Sciences Essay

Suitable For Discharge Back Into The Environment Environmental Sciences Essay The environment that we live in is our most valuable asset and we must not damage it by polluting the air, water ways and the earth. The concern about our environment has been taken into a serious matter in which all people and industries must play their part in keeping our environment clean and safe to live for a long time to come. The implementation of waste water treatment in private sector was a good effort from keeping the environment from being damage. In general, wastewater treatment is the process of taking wastewater and making it suitable for discharge back into the environment. Blower is one of mechanical devices that play very important role in waste water treatment. Its main function is to supply pressurized air with sufficient oxygen to meet process needs. Air is forced by blower to diffuser provide an aeration to encourage the growth of bacteria/microorganism in the water to break down the pollutants. Blowers come with variety of types; one of them is roots blower which most suitable uses for industrial waste water treatment. However, the disability of roots blower to function will bring major problem to waste water treatment section. The sewage cannot be treating because there is no air supply for aeration process. This disability may due to over-running, age factor and inner parts problem. More than that, whole manufacturing plant also will be affecting where the production line have to stop their operation because the treated discharge waste water unable to comply Standard B, Environmental Quality Act and Regulation. They also have to face loss such as the cost of downtime or shut down. This problem frequently happens in Synthomer Pasir Gudang Plant. More worse, every time the roots blower having problem, Engineering Department especially Mechanical Maintenance branch face difficulties to lift and move out the heavy blower from Blower Room. What burden them over the years is there are no proper ways to lift and move out dysfunction blower from Blower Room to send for servicing and maintenance activities. Since this project is based on my experience from previous Industrial Training, I was given an opportunity and encouragement from Engineering Department, Synthomer Pasir Gudang Plant to study the problem and design suitable blower lifter inside their Blower Room in order to helps them for maintenance works. Problem Statement The current technique used to lift and move out dysfunction blower is by hanging the chain block on the 6(six) inch stainless steel pipeline by using webbing sling. This technique is too dangerous and the possibility of the pipeline to crack and damage is very high because cannot withstand anymore the weight of the dysfunction blower after frequent usage. Besides that, improper technique of lifting heavy loads can cause hazard on workers also damage on equipments due to very low safety awareness. Other than that, the current technique just limited to lift blower itself only. Other equipments such as motor is beyond its capabilities. Fig. 1 below shows the 6(six) inch stainless steel pipeline used as a support to withstand the weight of dysfunction blower in order to lift and move out for maintenance works. H:DCIM102_PANAP1020888.JPGH:DCIM102_PANAP1020894.JPG Fig 1 The 6(six) inch stainless steel pipeline used as support to lift and move out blower These problems have motivate this project to design fully safe of new technique to lift and move out blowers as well as other equipments in order to help maintenance work involve in Blower Room, Waste Water Treatment Section, Synthomer Pasir Gudang Plant. Objective The aims of this project are: To design suitable blower lifter for maintenance activities at Blower Room, Waste Water Treatment, Synthomer Pasir Gudang Plant To propose fabrication of blower lifter Scope of Project The scope of this project will focus on design blower lifter based on problems involve in Blower Room, Waste Water Treatment Section, Synthomer Pasir Gudang Plant. The data and problems are taken directly from Synthomer Pasir Gudang Plant and any related data from others company that have Waste Water Treatment Plant will be neglected. However, if any Wastewater Treatment Plant that have exactly same configuration (Fig.2) as Blower Room in Synthomer Pasir Gudang Plant, the data involve in this project is acceptable to use. In addition, to achieve the project objectives, all information about the structure, configuration of equipments, and maintenance activities in Blower Room area is crucial in this project. C:UsersfasrayDesktoppart 7practikalpictureIMG_5216.JPGC:UsersfasrayDesktoppart 7practikalpictureIMG_5217.JPG Fig. 2 Configuration of equipments in Blower Room Blower Room, Synthomer Pasir Gudang Plant contains 5 units of blower (include motor, silencer, check valve, safety valve and pressure gauge), 10 units of butterfly valve, 2 units of room silencer, pipeline and fittings. Significant of Project The significant of this project can be dividing into two main groups; significant to Safety Maintenance work. 1) Safety The significant this project on safety is to: Reduce accident during maintenance work. Prevent equipments from damage. Provide proper way to lift heavy equipments. 2) Maintenance works Blower lifter help to improve and ease maintenance works involve in Blower Room area. This will ease the operators and technician works as this lifter will reduce the time of assembles and dissembles activities as well as reduce manpower/workers used while doing maintenance works. Besides that, the lifter could increase the worker productivity by the elimination of non-value adding material handling tasks from their work scope. Methodology Observation from industrial training Company needs Identify needs and problem define PDS Lit. Rev. Establish Target Specification Brainstorming Generate Product Concept Generate multiple concepts Concept Evaluation Pugh Chart Test against Specification CAD Detail Design FEM Simulation Testing Refinement Propose Fabrication Process Method Identify needs and problem define Ability to generate good engineering specification shows the person really understand the problems [1][2]. The initial stage of design process requires person to select specific client and identify need [3]. In this stage, there are two methods to identify the need: through observation from previous industrial training and need from employees, Synthomer Pasir Gudang Plant especially workers at Mechanical Maintenance branch, Engineering Department. Establish Target Specification Based on the workers needs and problem define from the observation, a list of target specification will establish [2]. The method to generate specification is using Product Design Specification (PDS) diagram and some literature review from existing product in market. Generate Product Concept [1] Ullman [2] epingger [3] paul m educate engineer [v] Filipp0 pds Task Week 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Project title selection Understanding the project title Determined the project objective Brainstorming Collecting data Literature review Report Writing Presentation Lagend: Planning Actual SFSFSF Task Week 1 2 3 4 5 6 7 8 9 10 11 12 13 14 Conceptual Design Identify Need Problem Definition Establish Target Specification Generate Product Concept System-Level Design Select Product Concept(s) Test product Concept(s) Final Product Specification Plan Downstream Development Detail Design Details Drawing Bill of Materials Costing Testing Refinement Presentation Report Submission Lagend: Planning Actual F Methodology CHAPTER 2 Basic Wastewater treatment Process The goal of waste water treatment plant is to protect the environment in a manner commensurate with socio-economic and public health concerns. Wastewater is a combination of water and waste carried water come from homes, industrial and commercial facilities and institutions. Wastewater generally contains high levels of organic material, toxic, numerous pathogenic microorganisms and nutrients that extremely hazards to public health as well as lead to environmental pollution. So, wastewater must be treated appropriately before dispose to surroundings. Treatment of waste water usually carried out in four stages (Fig. 3), commonly referred as preliminary, primary, secondary and tertiary treatment [5]. Preliminary Primary Secondary Tertiaryhttp://www.membrane-solutions.com/img/product/water-treatment-process.jpg Fig. 3 Various treatment levels in a waste-water treatment plant flow diagram 1. Preliminary treatment Preliminary treatment prepares waste-water influent for further treatment by reducing or eliminating non-favourable waste-water characteristics that might otherwise impede operation or excessively increase maintenance of downstream processes and equipment. These characteristics include large solids and rags, abrasive grit, odours, and, in certain cases, unacceptable for organic loadings. Preliminary treatment processes consist of physical unit operations, namely screening and commination for the removal of debris and rags, grit removal for the elimination of coarse suspended matter, and flotation for the removal of oil and grease. Other preliminary treatment operations include flow equalization, septage handling, and odour control. 2. Primary treatment Primary treatment involves the partial removal of suspended solids and organic matter from the wastewater by means of physical operations such as screening and sedimentation. Pre-aeration with chemical additions is used to enhance primary treatment. Primary treatment acts as an earlier step for secondary treatment where the aimed of this stage is to produce a liquid effluent that suitable for downstream biological treatment and separate out the solids as a sludge that can be economically and conveniently treated before ultimate disposal. 3. Secondary treatment Secondary treatment is a stage where removal of soluble, colloidal organics and suspended solids happen after escaped the primary treatment. The process typically done through biological processes, commonly treated by using activated sludge, fixed-film reactors, or lagoon systems and sedimentation. 4. Tertiary or advanced waste-water treatment Tertiary treatment goes beyond the level of secondary treatment with 99 percent of impurities such as significant amounts of nitrogen, phosphorus, heavy metals, biodegradable organics, bacteria and viruses is removes from sewage where producing an effluent at almost drinking-water quality. In addition to biological nutrient removal processes, unit operations frequently used for this purpose include chemical coagulation, flocculation and sedimentation, followed by filtration and activated carbon. Less frequently used processes include ion exchange and reverse osmosis for specific ion removal or for dissolved solids reduction. [5] Metcalf and Eddy. Wastewater Engineering: Treatment, Disposal and Reuse. 3rd ed. New York: McGraw Hill, 1991. Process Flow Diagram The high organic load wastewater stream from the production plant is transferred to Equalization tank #1 (EQ-1) where organic and hydraulic Loading is equalized. Air is supply to the equalization tank for mixing and to prevent the wastewater from septic condition. When the accumulate wastewater reach to the set point level, the EQ pump will transfer the wastewater to Equalization tank #2 (EQ-2) and to mix with the other composite wastewater from the production plant. The organic and hydraulic loading is equalized again for further biological treatment. The composite wastewater from EQ-2 shall be transferred and pumped for Secondary Treatment, an aerobic treatment system namely Alternative Intermittent Cyclic Reactor (AICAR) via neutralization tank. pH of the wastewater is adjusted to ensure the aerobic digester operates at its optimum efficiency. All chemical dosing pumps are synchronized with the level switch. The pH is monitored and adjusted according to the set points by an automatic dosing pump system. Three (3) AICAR reactors are designed to handle the wastewater at an average flow from EQ-2. Each AICAR consist of two sub-reactors. AICAR operates in continuous mode on alternatively feeding and discharging wastewater from the reactor. One AICAR is allowed to stop for maintenance at one time while the others shall be at maximum operating efficiency. AICAR operates at 3 cycles per day per reactor in normal operation . During maintenance, only two AICAR reactors are set for running mode . When AICAR-1 is in feeding mode, first half of the reactor is in aeration while second half of the reactor is in settling and decanting mode. The circulation/sludge pump will be turned on to equalize solids content in aeration tank and at the same time, the sludge pump will operate as sludge wastage pump. At this stage, AICAR-2 3 are fully in aeration basis where the blower BL-02 and BL-03 are operating against the dissolved oxygen level in the reactor. The blower-diffuser system is provided to maintain the oxygen requirement in the aerobic treatment system. The air supply system is controlled by the online dissolved oxygen (DO) meter and the frequency of the blower motor is varied against DO content in water during normal aeration cycle. However, there will be a fix blower operation frequency during the feeding cycle to ensure sufficient oxygen provided for high organic load during feeding. The secondary treated wastewater is collected in the weir compartment of all AICAR and distributed into BioNET (Biological New Environmental Technology) reactor as tertiary treatment system. BioNET will act as a biological polishing system for refractory COD and at the same time will function as an ammonia nitrogen removal system BioNET reactor consists of two parallel lines (Figure 5). The reactors are filled with porous PU foam or non-woven fibres as reactors carriers that offer a large surface area for micro-organism adherence and growth. Wastewater will flow from the bottom of the BioNET reactor and in contact with the organism which attached to the BioNET carriers. BioNET will be backwashed to release excessive bio-growth to maintain the efficiency of the bacterial digestion. The SOP for the BioNET operation is shown in Table 1. All AICAR and BioNET operation will be prefixed with PLC system. After tertiary treatment, the treated wastewater will then flow into a Clarifier for solids separation. Patented Settling Tube is used in the modified clarifier to separate solid/biomass and supernatant or clear water is discharge to main drain as final discharge treated water. Electromagnetic flowmeter, pH The final discharge water. Flow and pH monitoring is to fulfil the regulatory requirement by the DOE. Wastage sludge from AICAR and settled sludge from Clarifier shall discharge to the drum thickener for thickening purposes before transferred to sludge holding tank. Wastage sludge from sludge holding tank is conditioned with polymer prior for dewatering.

Graduation Speech: Listen Carefully -- Graduation Speech, Commencement

Listen carefully, Class of '2012, for the sounds you hear tonight will last a lifetime. Store them up and save them in your hearts, for they are priceless. Each whisper, each tick of the clock is a reminder of something you've gained here. Pay attention, so when you hear them later in life you will remember. When you hear a bell ring, remember our first day of school, back in September of 2008. The coolness of the desks chilled our sun-tanned skin as we sat timidly in our seats, quietly absorbing the shrill sound of our first high school bell as it rang at 7:30 in the morning. As much as our eyelids wanted to sink into a sweet abyss, fear crept through our bones as we eyed the monstrous seniors sitting nearby. For many of us, they may as well have been pro-wrestlers, but we did not run from them. Rather, we learned to pick the biggest one and follow him through the halls, avoiding the grueling task of maneuvering through a sea of students. We learned to problem solve quickly in those first days, a valuable skill. Don't forget this lesson, for it will take you far in life. When ...

Similar Plot of Muder Mysteries :: Papers

Similar Plot of Muder Mysteries The structures of the two stories are very different, with The Speckled Band story unfolding in chronological order, finding out the murderer right at the end, however in the Lamb to the Slaughter, the murderer is known at the beginning of the story. The two stories are seen from two different points of view, first-person narratorinTheSpeckled Band as Dr Watson acharacter within the story and therefore limited in understanding and the all-knowingthird-person narratoror omniscient in Lamb to the Slaughter as the narrator stands outside the story itself and guide the reader's understanding of characters and the significance of their story. Most murder mysteries have the typical victims, murderers, and detectives, this is especially true in the older murder mysteries by Sir Arthur Conan Doyle. The Speckled Band has a typical detective, the famous detective being Sherlock Holmes with his deer stalker hat and pipe always deep in thought about the investigation "his arms folded, his hat pulled down over his eyes, and his chin sunk upon his breast, buried in the deepest thought". But in the Lamb to the Slaughter the detectives are so foolish and naives, a complete contrast to Sherlock Holmes. Sherlock Holmes comes across as a typical fictional detective. In addition Miss Stoner, in The Speckled Band is a typical victim, vulnerable, anxious, weak and scared. She say's " It is not cold which makes me shiver", she was worried for her life. This line grips the reader and we can sense that something sinister is about to happen. Also in The Speckled Band, Dr Roylott, is the evil, plotting, devious, fictional murderer, this character was portrayed in most murder mysteries stories written in the late 19 century. The Speckled Band was written in 1892. In the Lamb to the Slaughter we had no idea who the murderer and victim were going to be until the murder had been committed, in fact you might of thought the roles would have been reversed once reading the first few pages. The detectives in the story are portrayed as

Ratio Analysis Memo Essay

The following memo will explain the findings of the financial statement analysis for 2008 for Berry’s Bug Blasters as well as offer advice significant decreases in profits or increases in liabilities if they apply. Some quick facts: Liquidity is up for 2008 Current ratio shows we pay assets 5.99 times for every current liability, an increase of 62% from 2007 Significant liquidity ratio decrease in 2008 was in inventory turnover Inventory tuning over 6.67 times per year, down 42% from 2007 Berry’s Bug Blasters inventory turnover is affecting the profits. The profitability ratios decreased with the stockholders’ equity decreasing the most by 56%. The interest expense for 2007 and 2008 has been eliminated. Berry’s Bug Blasters total debt was decreased to assets by 24% in 2007 to 16%, the company’s number now shows solvency. In order to determine if a company will meet short term debt obligations liquid ratios are used by businesses and investors. Berry’s Bug Blasters has proven short term obligations 5.99 times to 1 liability. At the point when an owner or investor evaluates an organization’s liquidity ratios, they are utilizing data from the Balance Sheet to evaluate if an organization has the ass ets and the ability to pay off short term liabilities. Berry’s Bug Blasters have met the mark. Stakeholders use profitability ratios to pick up understanding on the adequacy or sufficiency of an organization’s profits. Loaning organizations and investors will utilize profitability ratios to help focus the conceivable financial related profits for the investment into that particular organization. Administration inside of an organization can use profitability ratios to issue territories inside of the organization and make any vital enhancements to enhance execution in those areas. The accompanying attachments will demonstrate that we have decreased in the amount of profit margin. This decrease demonstrates that business has hindered in 2008. Berry’s Bug Blaster may need to look over marketing  methodologies to produce more business in the impending year. Solvency ratios are for the most part utilized by long term lenders and stakeholders. Both clients are utilizing solvency ratios to focus the long term quality and survival of an organization. Long term monetary quality of an organization is essential to these clients to demonstrate that an organization will have the capacity to pay off debt and accrued interest of a mature debt. Berry’s Bug Blasters has made a decent showing of decreasing the measure of amount of total debt to assets. Generally speaking, Berry’s Bug Blasters is in great financial health in correlation to others in the business. An intercompany near analysis was performed utilizing our organizations nearest traded on an open market contender, Rollins Inc. Like Berry’s Bug Blasters, Rollins Inc. provides pest and termite control services to business and private customers. The Rollins Inc. SEC filed 10-K for the period ending 12/31/08, the attached ratio, horizontal and vertical analysis are the source documents for the data below. The profit margin is by far the most valuable accounting aspect for any company. Berry’s Bug Blasters has doubled the profit margin (16%) other than Rollins Inc. (6.6%) In regards to solvency, Berry’s Bug Blasters incurred no interest expense while Rollins Inc. paid $761,000 interest expense. Another commonly used profitability ratio used primarily by investors is the return on common stockholders’ equity. Berry’s Bug Blasters and Rollins Inc. performed splendidly and tied at 30%. The ratio, horizontal, and vertical analysis performed managers, creditors, and investors can see that Berry’s Bug Blasters remains competitive, and is a valuable investment. I hope you have gained further insight into the financial health of Berry’s Bug Blasters. References: Weygandt, J.J., Kimmel, P.D., & Kieso, D.E. (2010). Financial Accounting (7th ed.). Hoboken, NJ: John Wiley & Sons. Apollo Group Virtual Organization. (2011). Berry’s Bug Blasters. Retrieved from:https://ecampus.phoenix.edu/secure/aapd/CIST/VOP/Business/Berrys/index.asp on July 24, 2015.