Which Emirate Is The Richest

While Europe was flailing in the midst of a Recession, the United Arab Emirates has been making economic waves globally. It's an area of the world made up of the seven Emirates - namely Abu Dhabi, Sharjah, Dubai, Fujaraih, Ras al-Khaimah, Umm al-Qaiwain and Ajman. The UAE borders Qatar to the west, Oman to the East and North, and Saudi Arabia to the south; the largest and probably most well-known emirate is Abu Dhabi. A large portion of the UAE is a desert, and the rest of the country is made up of rocky mountains and plains. The UAE has been gaining attention and recognition for its large annual trade surplus, high per capita income and an open economy.

In recent years, it's seen a transformation into a modern nation with an enviable economy - helped significantly by oil resources. The country's tourist industry has increased thanks to its world-class facilities, beaches, intriguing traditional culture and a stable political environment. Skilled Western workers like teachers and doctors are even relocating to the UAE with the lure of much higher salaries than they'd receive in their home country. The UAE's Gross Domestic Product was approximately $360 billion in 2011 and it's got an oil reserve of about 97.8 billion barrels. The government is channelling a huge part of its expenditure to infrastructure expansion and job creation to attract private investors and the population is increasing at a rapid rate. A rich history and culture pervades the Emirates, and the cultural symbols of the people of UAE are the falcon, Arabian horse, coffeepot, date palm, camel and pearling boat.

These represent a community that struggled with harsh, unforgiving climatic conditions but now enjoys huge prosperity. Given the huge resources in the UAE, the leading Emirati business people have frankly mystifying wealth. We've taken a look at the five richest people in the UAE, to truly contextualise the huge wealth in this fascinating part of the world. 65-year old Sheikh Khalifa al-Nahayan is the richest person in UAE- and, fittingly, the President. Sheikh Khalifa has an estimated net worth of between $15-$23 billion. The oldest son of Zayed bin Sultan Al Nahayan, Sheikh Khalifa owns a 30-acre estate in Seychelles.

Although he controls huge reserves of oil, not all his fortune comes from this precious resource. Like most of the businessmen on our list, he must be acutely aware that oil is a finite resource because Sheikh Khalifa has diversified his investments in various sectors of the economy. His family is believed to have a collective fortune of about $150 billion. Saif Al Ghurair is the Emirati billionaire and the CEO of the Dubai based Al-Ghurair group which is the largest manufacturing and real estate firm of UAE. He is the former chairman of family holding company Al Ghurair Group with his brother Abdulla who is also a billionaire and both are scions of an old Dubai merchant family.

Saif's sons are also holds positions within the group that has interests in banking, plastics for food packaging and in steel. He is also a major shareholder in Mashreq bank which is the leading bank of UAE. Saif Al Ghurair estimated net worth is US $ 3.4 billion and he is ranked at No. 4 in the list of top 10 richest people of UAE. Abdulla Al Ghurair is the Emirati billionaire and the scions of a prominent UAE business family.

In 1967 Abdulla founded Mashreq bank which is now becomes the one of the country's leading bank. He serves as the chairman and his son Abdul Aziz is CEO of the bank. The family holding company is managed by the outsider with the help of Abdulla's sons who look after the various divisions including the real estate, food and construction business. Abdullah Al Ghurair estimated net worth is US $ 6.4 billion and he is ranked first in the list of top 10 richest people of United Arab Emirates.

BR Shetty is the managing director and CEO of the Abu Dhabi based UAE Exchange and the new medical group of companies. His other firms UAE Exchange also becomes functional in India and provides banking services and also acquire the Travelex Holdings in last year. BR Shetty estimated net worth is US $ 1.7 billion and he is ranked at No. 9 in the list of top 10 richest people of UAE. Ravi Pillai is also the Indian born Emirati entrepreneur and business magnate. He is the head of the RP Group of companies that drives his fortune from the constructions firm Al-Hajri corp. that he established with his Bahrain partner. He also plans to expend his business into real estate and building the 110-story building in Dubai and has made investments in malls, hotels, school and in banks.

Ravi Pillai estimated net worth is US $ 2.4 billion and he is ranked at No. 7 in the list of top 10 richest people of UAE. Al Ghurair's wealth dates back to 1967 when he founded Mashreq bank during UAE's period of rapid economic growth. Mashreq Bank PSC is run by Al Ghurair's family - his son comes in at number 4 on our UAE rich list.

While he is the chairman, his son is the CEO and Sultan Al Ghurair sits on the board of the bank. Despite some blips on real-estate loans, Mashreq saw a 25% increase in profits in 2012. The Al Ghurair Group secures the family's wealth and commands significant respect in the business world.

It divided into two industrial groups in 1990s; one industrial group, the Saif Ahmad Al Ghurair Group, is led and owned by Saif Ahmad while the other is owned and run by Abdulla. Yousuf Ali is the Indian born Emirati businessman and the managing director of the EMKE LuLu Group of companies; that headquarter based in Abu Dhabi. His business group also owns the LuLu Hypermarket in the Gulf countries. He also acquires the iconic Scotland Yard apartments in the London and plans to build a luxury hotel. He also expands his retailing empire to 119 hypermarkets, grocery outlets, supermarkets and dozens of stores and malls in the South Asia, Africa and in India. Yousuf Ali estimated net worth is US $ 2.5 billion and he is ranked at No. 6 in the list of top 10 richest people of UAE.

Abdulla Al Futtaim is the Emirati billionaire and the owner of the conglomerate Al Futtaim holdings with his brother Majid Al Futtaim who is also a billionaire. His company is the exclusive distributor of Honda and Toyota vehicles in the United Arab Emirates and has retail stores of Toyotas in Egypt. Abdullah Al Futtaim estimated net worth is US $ 3.2 billion and he is ranked at No. 5 in the list of top 10 richest people of UAE.

Micky Jagtiani is the Indian entrepreneur and based in UAE and the owner of the Landmark Dubai based retail store group. He also holds the stakes in the high street retailer firm of UK Debenhams and he plans to expend his business from the Gulf countries to China. Micky Jagtiani estimated net worth is US $ 5.2 billion and he is ranked third in the list of top 10 richest people of UAE.

Majid Al Futtaim is the Emirati billionaire and the owner of the Al Futtaim holding that owned and operated in the retail, leisure, shopping malls in the North Africa and in the Middle East. Al Futtaim holdings are diversified in the three subsidiaries of retail, properties and Al Futtaim ventures. His venture group provides the amenities such as the financial services, cinemas, entertainment, leisure, fashion and healthcare products and also deals in food and beverages. Majid Al Futtaim estimated net worth is US $ 6.2 billion and he is ranked second in the list of top 10 richest people of UAE.

Azad Moopen is the Dubai-based Indian physician, philanthropist and the founder of the Medicity Healthcare facility if Asian pacific. He is the chairman and the MD of the Aster Healthcare conglomerate which was established in 1987. He also provided the healthcare facilities in Indian and has MIMS hospitals with 3,000 employees. Azad Moopen estimated net worth is US $ 1.1 billion and he is ranked at No. 10 in the list of top 10 richest people of UAE. Sunny Varkey is the Emirati Dubai based educational entrepreneur and humanitarian. He is also the chairman of the Varkey Group and the trustee of the philanthropic foundation.

Sunny Varkey estimated net worth is US $ 2 billion and he is ranked at No. 8 in the list of top 10 richest people of UAE. Oil has made Dubai one of the richest states or emirates in the world. Even though Dubai has little oil, the black gold has made the city rich.

In less than 50 years, Its robust economy has made Dubai an affluent state admired around the world. The oil industry and forward-thinking business strategies have enabled Dubai to become a global economic powerhouse. Dubai is one of the most popular cities in the world and one of the major cities of the United Arab Emirates . The city has one of the highest percentages of people with top-notch wealth. Most of the billionaires of Dubai are listed in the top billionaires of the world. Dubai is the largest city in the UAE which is known as the hub of business and culture.

Dubai is the home to tons of famous and rich, wealthy people in the world. Most people recognize this region for its rich oil reserves, and it's still one of the biggest exporters of this natural resource. In fact, the rich supply of oil is one reason so many countries in this area have earned a spot on the list of the world's wealthiest nations.

Dubai is a uniquely affluent emirate because it isn't dependant on selling oil to thrive. Its diverse economy is based around trade, transportation, technology, tourism and finance. With the world's busiest international passenger traffic, Dubai has become the gateway to the East. But the emirate is no longer just a stopover for moneyed travelers.

Dubai is the globally admired destination for the rich and famous and everyone in between. Dubaimay be the second-largest emirate in the country, but it holds the biggest population, majority of which are expats from around the world. Dubai has a thriving business and tourism industry, having a skyline dotted by majestic buildings and towers. Here, you will find the Burj Al Arab (a 7-star hotel), the Burj Khalifa , and the luxurious Palm Trilogy islands, among many other attractions. Saeed Bin Butti Al Qebaisi is one of the top 15 billionaires of Dubai.

He is the chairman of an Abu-Dhabi firm, Centurion Investments that looks after the investments in money exchange, health care and retail. His wealthiest and most profitable stake is in NMC Health (a London-listed firm ). Take fine dining up a notch with these gold-plated delicacies in DubaiApart from these high-end tastes of the elite in Dubai, the city's super-rich also spend some serious money on their homes! From bespoke luxury fittings to interiors designed by famous artists from around the world, the billionaire and millionaires in the city take luxury lodgings to a whole new level. If you are wondering about some of the popular areas for the elite to live in the city, take a look at some of the most expensive properties in Dubai.

Luxury sports cars are a routine sight in Dubai, especially for the super-rich. While some of us can only dream about driving our favourite supercars, Dubai's elite are know to take their Bugattis and Lamborghinis for a quick grocery run! The royal family of Dubai is also well known for their love of exclusive supercars. The super rich in Dubai appear to live by the adage that, if you have it, flaunt it! You might have come across people splurging serious sums of money on luxury cars and houses, but in Dubai, if it's not made of gold it's probably not worth mentioning. This is why the City of Gold has a very particular set of things which are perceived as status symbols by the elite.

Our list contains some of the most epic and outrageous ways people in Dubai choose to spend their many millions or in some cases even billions. The Indian radiologist and businessman, Shamsheer Vayalil Parambath is the founder, managing director and chairman of the VPS Healthcare Group. Also managing director and vice-chairman of the healthcare and education investment company, Amanat Holdings. Through the years, the wealthiest Arab countries have attracted countless visitors from around the world. People love the images of gold buildings, fantastic food, and all the most delicate things in life. However, when talking about the Arab region, one thing comes to most people's minds first—oil.

Thousands of companies choose Dubai to benefit from its free-trade zones. Today, there are more than 30 free-trade zones in Dubai, accounting for more than 20% of total foreign investment in the UAE. Free trade zones have transformed Dubai into a top economy in the region. The city is a popular expat destination due to its booming economy, safety, and quality of life.

It is also the largest in terms of land area and the second most populated emirate. Due to its vast oil resources, Abu Dhabi is the wealthiest emirate in the UAE. A trip to Abu Dhabi would not be complete without seeing the Sheikh Zayed Grand Mosque, Khalifa Park, and Yas Island. The extravagant lifestyle of the elite class of Dubai has led them to develop some unusual spending habits, which may seem outrageous to most people but for them, it is perfectly normal.

In Dubai, people won't even bat an eyelid when you tell them that the number plate actually cost them more than an average Lamborghini Aventador! Considered as one of the defining status symbols among the rich locals and expats in the city, getting customised number plates is one of the top things the Dubai's elite spend their money on. That is why billionaire businessman Arif Ahmad Al Zarouni spent a whopping AED 18M just to own the Sharjah No 1 plate.

Which Is The Richest Emirate In Uae If you missed out on your chance of meeting your favourite celebrity then don't worry, you can hire them for a private meeting! Most of us can only wish to be lucky enough to click a selfie with our favourite stars but for the filthy rich elite in Dubai, it is just a matter of booking their favourite stars for a private meeting. Celebrities like Wiz Khalifa, French Montana, Paris Hilton and Chris Brown will play and even DJ at your party but you'll only have to pay them around AED 1.1–1.8M, which is no biggie for billionaires. The 14-year-old son of the famous construction mogul in Dubai, Saif Ahmed Belhasa has a social media account where he has uploaded photos with the likes of Jackie Chan, Akon, Messi and Nicki Minaj. Let's be honest, the lives of the rich and fancy pique our curiosity!

And a slew of others have made millions out of feeding our vicarious sensibilities and giving us a glimpse into the lives of the super-rich across the world. Being one of the quintessential luxury capitals in the world, how do you think the uber-rich people in Dubai spend their money? You might have heard a few outrageous stories about the luxurious tastes of super-rich celebrities but nothing comes close to the decadent extravagance of the elite in Dubai. From custom-made couture to cars made entirely out of gold, today MyBayut brings you a list of the unbelievable ways rich people in Dubai spend their money. The report also found that Abu Dhabi ranks seventh globally on the list of cities that are expected to see the strongest growth in households earning over $250,000 between 2017 and 2022.

The emirate is anticipated to see its wealthiest households increase by 84,067 during the five-year period. Thaksin Shinawatra is the founder of Advanced Info Service which is a mobile phone operator company and the Shin Corporation which is an IT and telecommunications alliance based company. The richest ranked person in Dubai, Majid Al Futtaim is the chairman of the Majid Al Futtaim Holding , the entertainment and retail conglomerate. It originated in 1992 and soon grew into one of the largest companies across the UAE.

Today, it includes more than 120 stores around North Africa, the Central Asia region and the Middle East. B.R ShettyBavaguthu Raghuram Shetty, the founder and acquirer of the United Arab Emirates companies accommodating Abu-Dhabi based NMC Health, BRS Ventures, Neopharma and Finablr. B.R Shetty is an Indian-born businessman who is counted among the top businessmen in Dubai. He founded and chairs Horizon Group, a real estate holding company with investments in Amman, Jordan, and Beirut, Lebanon. The project, in partnership with the Jordanian government, is worth an estimated $5 billion.

He's the majority owner of Globe Express Services, a logistics company with a presence in more than 100 countries. Beach on Red sea, Sharm El Sheikh, EgyptWith over 80 million people, Egypt is one of the most populous and wealthiest Arab countries today. Most of Egypt's economic wealth relates to activity on the Nile River Valley, teeming with arable land. Manufacturing, agriculture, and tourism are all important industries for this country.

What Is The Density Of The Air Slugs Ft3 At 10 000 Ft On A Standard Day

6.4 Recommended Velocity of Flow in Pipe and Tubing Many factors affect the selection of a satisfactory velocity of flow in fluid systems. When we discussed the continuity equation in Section 6.2, we learned that the velocity of flow increases as the area of the flow path decreases. Therefore, smaller tubes will cause higher velocities and larger tubes will provide lower velocities. Later we will explain that energy losses and the corresponding pressure drop increase dramatically as the flow velocity increases. For this reason it is desirable to keep the velocities low.

Because larger pipes and tubes are more costly, however, some limits are necessary. Figure 6.3 provides very rough guidance for specifying pipe sizes as a function of volume flow rate for typical pumped fluid distribution systems. In general, the flow velocity is kept lower in suction lines providing flow into a pump to ensure proper filling of the suction inlet passages. The lower velocity also helps to limit energy losses in the suction line, keeping the pressure at the pump inlet relatively high to ensure that pure liquid enters the pump. Lower pressures may cause a damaging condition called cavitation to occur, resulting in excessive noise, significantly degraded performance, and rapid erosion of pump and impeller surfaces.

Cavitation is discussed more fully in Chapter 13. Note that specifying one size larger or one size smaller than indicated by the lines in Fig. 6.3 will not affect the performance of the system very much. In general, you should favor the larger pipe size to achieve a lower velocity unless there are difficulties with space, cost, or compatibility with a given pump connection.

The resulting flow velocities from the recommended pipe sizes in Fig. 6.3 are generally lower for the smaller pipes and higher for the larger pipes, as shown for the following data. 13.39, other elements may be added to the discharge line as required. A pressure relief valve will ­protect the pump and other equipment in case of a blockage of the flow or accidental shut-off of a valve.

A check valve prevents flow back through the pump when it is not ­running and it should be placed between the shut-off valve and the pump. If an enlarger is used from the pump discharge port it should be placed between the check valve and the pump. A tap into the discharge line for a gauge with its shut-off valve is highly recommended.

Combined with the pressure gauge in the suction line, the operator can determine the total head on the pump and compare that to design requirements. A sample cock will allow a small flow of the fluid to be drawn off for testing without disrupting operation. ­Figure 13.1 and Fig­ ure 7.1 in Chapter 7 show illustrations of actual installations. In many industrial piping installations, other process elements related to manufacturing are frequently included in the discharge line of the system. Examples are heat exchangers, filters, strainers, fluid power actuators, spray heads, and lubrication systems for machinery. Each of these elements provides additional resistance to the system.

In oil, gas, chemical, and food processing, and machinery lubrication systems, pressures, flow rates, fluid temperatures, and viscosities may be monitored and adjusted continuously. As a result, most systems of these types require flow control valves that adjust the flow rate in response to changing system needs. See also Section 13.15 for more discussion of control valves.

Reference 12 is a standard for use of thermal mass dispersion flowmeters. A third style of mass flow measurement device is called the gas laminar flowmeter, described in Internet resource 19. A temperature probe is included in the unit from which the viscosity and specific weight of the fluid can be determined. When a fluid is maintained in laminar flow, the energy loss and the pressure drop over a given length of conduit of a known size is proportional to the velocity of flow. Pressure taps before and after the laminar flow elements facilitate the measurement of the differential pressure.

The entire unit is calibrated as a system enabling a high level of accuracy for the measured mass flow rate and simple operation. See Internet resources 1, 4, 6, 11–15, and 19 for commercial suppliers of mass flowmeters. And diffuse into the surrounding air. Finally, the water comes to full boiling with continuous and rapid vaporization. The temperature of the water at boiling is approximately 100 C or 212 F.

However, at high altitudes, the atmospheric pressure is noticeably lower and the boiling temperature is correspondingly lower. For example, Appendix Table E.3 shows that the atmospheric pressure at 5000 ft is only 12.2 psi (84.3 kPa). This is the approximate elevation of Denver, ­Colorado, often called the "Mile-High City", where water boils at approximately 94 C or 201 F. Relate this simple experiment with the conditions at the suction inlet of a pump. If the pump must pull fluid from below or if there are excessive energy losses in the suction line, the pressure at the pump may be sufficiently low to cause vapor bubbles to form in the fluid. Now consider what happens to the fluid as it begins its journey through the pump.

13.11, which shows the design of a radial centrifugal pump. The fluid enters the pump through the suction port at the central eye of the impeller and this where the lowest pressure occurs. The rotation of the impeller then accelerates the fluid outward along the vanes toward the casing, called a volute. Fluid pressure continues to rise throughout this process.

If vapor bubbles had formed in the suction port because of ­excessively low pressure there, they would collapse as they flowed into the higher-pressure zones. Collapsing bubbles release large amounts of energy, which effectively exerts impact forces on the impeller vanes and cause rapid surface erosion. When cavitation occurs, the performance of the pump is severely degraded as the volume flow rate delivered drops. The pump vibrates and becomes noisy, giving off a loud, rattling sound as if gravel was flowing with the fluid.

If this was allowed to continue, the pump would be destroyed in a short time. The pump should be promptly shut down and the cause of the cavitation should be identified and corrected before resuming operation. Obviously, it is preferred to ensure that cavitation does not occur under expected operating conditions as will be demonstrated in Sections 13.10 and 13.13. Cause the load to be moved at the desired speed.

Control is affected by adjustable internal restrictions that can be set during system operation. The restrictions cause energy losses and, therefore, there is a pressure drop across the valve. Energy is lost at the actuator as the fluid flows into the left end of the cylinder at A and out from the right end at B. On the return path, energy losses occur in the piping system. More energy losses occur in the directional control valve as the fluid passes back through the B port and on to the tank. The reasons for these losses are similar to those described in item 9.

This summary identifies 14 ways in which energy is either added to or lost from the hydraulic fluid in this relatively simple fluid power system. Each energy loss results in a pressure drop that could affect the performance of the system. However, designers of fluid power systems do not always analyze each pressure drop. The transient nature of the operation makes it critical that there is sufficient pressure and flow at the actuator under all reasonable conditions.

It is not uncommon for designers to provide extra capacity in the basic system design to overcome unforeseen circumstances. In the circuit just described, the critical pressure drops occur at the pressure relief valve, through the directional control valve, and through the flow control valve. These elements will be analyzed carefully. Other losses will often be only estimated in the initial design. In many cases, the actual configuration of the piping system is not defined during the design process, leaving it to skilled technicians to properly fit the components to the machine.

Then, when the system is in operation, some fine tuning will be done to ensure proper operation. This scenario applies most to systems designed for a special purpose when one or only a few systems will be built. When a system is designed for a production application or for a very critical application, more time spent on analysis and optimization of system performance is justified.

Examples are aircraft control systems and actuators for construction and agricultural equipment that are made in quantity. Table 6.2 shows the typical volume flow rate for centrifugal fire-fighting pumps is in the range of 1800 L/min to 9500 L/min. Specify the smallest suitable DN size of Schedule 40 steel pipe for each flow rate that will maintain the maximum velocity of flow at 2.0 m/s. Repeat Problem 6.47, but use Schedule 80 DN pipe.

Compute the resulting velocity of flow if 400 L/min of fluid flows through a DN 50 Schedule 40 pipe. Repeat Problem 6.49 for a DN 50 Schedule 80 pipe. Compute the velocity of flow through a 45-cm diameter pipe in ft/s if it is discharging water at 0.45 m3/s. Repeat Problem 6.51 for a 4-in Schedule 80 pipe. From the list of standard hydraulic steel tubing in Appendix G.2, select the smallest size that would carry 2.80 L/min of oil with a maximum velocity of 0.30 m/s.

A standard 6-in Schedule 40 steel pipe is carrying 95 gal/min of water. The pipe then branches into two standard 3-in pipes. If the flow divides evenly between the branches, calculate the velocity of flow in all three pipes. 7.2 Energy Losses and Additions The objective of this section is to describe, in general terms, the various types of devices and components of fluid flow systems. They occur in most fluid flow systems and they either add energy to the fluid, remove energy from the fluid, or cause undesirable losses of energy from the fluid. At this time we are only describing these devices in conceptual terms.

We discuss pumps, fluid motors, friction losses as fluid flows in pipes and tubes, energy losses from changes in the size of the flow path, and energy losses from valves and fittings. In later chapters, you will learn in more detail about how to compute the amount of energy losses in pipes and specific types of valves and fittings. You will learn the method of using performance curves for pumps to apply them properly. 6.3 are given in gal/min for the U.S. Customary System and in m3 / h for the SI system because most manufacturers rate their pumps in such units. Conversions to the standard units of ft3 / s and m3 / s must be done before using the flow rates in calculations in this book.

Introduction The objective of this book is to present the principles of fluid mechanics and the application of these principles to practical, applied problems. This book is directed to anyone in an engineering field where the ability to apply the principles of fluid mechanics is the primary goal. Those using this book are expected to have an understanding of algebra, trigonometry, and mechanics. After completing the book, the student should have the ability to design and analyze practical fluid flow systems and to continue learning in the field. Students could take other applied courses, such as those on fluid power, HVAC, and civil hydraulics, following this course.

Alternatively, this book could be used to teach selected fluid mechanics topics within such courses. 13.11 Discharge Line Details In general, the discharge line should be as short and direct as possible to minimize the head on the pump. Elbows should be of the standard or long-radius type if possible. Pipe size should be chosen according to velocity or allowable friction losses. Figure 6.3 in Chapter 6 includes recommendations for the ranges of desirable pipe sizes to carry a given volume flow rate.

In general, the larger sizes and lower velocities are recommended based on the ideal of minimizing the energy losses. Practical installation considerations and cost, however, may lead to the selection of smaller pipes with the resulting higher velocities. The discharge line should contain a valve close to the pump to allow service or pump replacement.

This valve acts with the valve in the suction line to isolate the pump. For low resistance, a gate or butterfly valve is preferred. If flow must be regulated during service, a globe valve is better because it allows a smooth throttling of the discharge.

This, in effect, increases the system head and causes the pump delivery to decrease to the desired value. The American Society of Mechanical Engineers , the American Water Works Association , the National Fire Protection Association , and others develop ­standards for such considerations. See References 1–17 and Internet resources 2–10. Other details and practical considerations of piping system design are discussed in References 3 and 6–11 and in the various Internet resources listed at the end of the chapter. The nominal size of the pipe or tubing is typically determined from flow considerations as outlined in this chapter.

The following equations are taken from Reference 1, and you are advised to consult that document for details and pertinent data. Reference 14 gives some discussion of the use of these equations along with example problems. These equations are based on the classic tangential stress analysis for thin-walled cylinders with internal pressure. Let's start with the fluid in the tank. Assume that it is at rest and that the tank is vented with atmospheric pressure above the surface of the fluid.

Density Of Air At Sea Level In Slugs Ft 3 As the pump draws fluid, we see that a suction line must accelerate the fluid from its resting condition in the tank to the velocity of flow in the suction line. Thus, there will be an entrance loss that depends on the configuration of the inlet. The pipe may simply be submerged in the hydraulic fluid or it may have a strainer at the inlet to keep foreign particles out of the pump and the valves. There will be friction losses in the pipe as the fluid flows to the suction port of the pump.

Along the way, there may be energy losses in any elbows or bends in the pipe. We must be concerned with the pressure at the inlet to the pump to ensure that cavitation does not happen and that there is an adequate supply of fluid. Specify the number, type, and size of all valves, elbows, and fittings. Specify the number of pumps, their types, capacities, head requirements, and power required. Specify the installation requirements for the pumps, including the complete suction line system.

Evaluate the NPSHA for your design, and demonstrate that your pump has an acceptable NPSH required. Determine the time required to fill and empty all tanks. Sketch the layout of your design in both a plan view and an elevation view . An isometric sketch may also be used. Include the analysis of all parts of the system, including energy losses due to friction and minor losses.