Steam generator project pdf

Steam Turbine Generator Project

To browse Academia. Skip to main content. Log In Sign Up. Steam engine Project report. Kimchong Seng. We also wish to extend my thanks to workshop owners for providing me infrastructural facilities to work in, their insightful comments and constructive suggestions to improve the quality of this project work. Introduction …………………………………………………………………………. Mechanical Concepts ………………………………………………………………. Materials ……………………………………………………………………. Designs …………………………………………………………………… Frame and base …………………………………………………………… 3 2. Cylinder and valve body …………………………………………………. Piston and valve …………………………………………………………. Flywheel and other parts ……………………………………………… Assembly ………………………………………………………………………. Conclusion …………………………………………………………………………. Introduction: Steam engines are external combustion engines, where the working fluid is separate from the combustion products. It performs mechanical work by using steam as its working fluid. In James Watt patented a steam engine that produced continuous rotative motion. Watt's ten-horsepower engines enabled a wide range of manufacturing machinery to be powered. The engines could be sited anywhere that water and coal or wood fuel could be obtained. Byengines that could provide 10, hp had become feasible. Steam engines could also be applied to vehicles such as traction engines and the railway locomotives. The stationary steam engine was a key component of the Industrial Revolution, allowing factories to locate where water power was unavailable. Although the reciprocating steam engine is no longer in widespread commercial use, various companies are exploring or exploiting the potential of the engine as an alternative to internal combustion engines. The company Energiprojekt AB in Sweden has made progress in using modern materials for harnessing the power of steam. It is a single-step, 5-cylinder engine no compound with superheated steam and consumes approx. Mechanical Concepts: 2. Materials: All base materials should follow these conditions: - Easy machining materials - Should be small to keep material expense down - Very little machining Item No. Designs: 2. Assembly: Two things that we need to remember are Valve and Pivot. We just need to keep them at 90 degrees to start out. Flush out the valve and cylinder bodies with solvent to remove any specs of metal. Flush the piston and valve. Set everything on clean paper towels to avoid getting dirt or grit into the moving parts. Assemble the engine and spin the flywheel. If everything is right we should get 3 to 4 revolutions with a flick of our finger.

Steam Powered Electricity Generator


Today we are getting a bit artsy with our science! Because harnessing refers to making use of resources to produce energy we decided to try making a homopolar motor. A homopolar motor is probably the simplest DIY motor you can make. Homopolar motors are not useful motors in anything but science experiments but they do demonstrate some interesting concepts and are fun to watch! They are also a great introduction to electricity and electromagnetism. Do not give them to any child who might put them in their mouth, they are dangerous if swallowed and must be surgically removed! Also please note that these motors do heat up. Each dancer will need to be tweaked to get them to dance properly on a battery. Basically homopolar motors demonstrate something called a Lorentz Force. This is a force that is generated when electricity moves through a magnetic field. Our copper wire is conducting electricity from one end of the battery to the other. As it moves through the magnets on the negative side of the battery, it creates a force which causes the wire to spin. Hendrik Lorentz. The Lorentz Force is named after him though he was not the first to discover its existence. In his early years Lorentz was primarily interested in studying electromagnetism and light. Love the combo of adorable dancers and battery power! You just blew me away. These are adorable, Ana. Just adorable! I love the simplicity of this and yet, it seems quite complicated. Brilliant, Ana. I cannot wait to try this with my STEM-obsessed little dancers. Thank you so much for sharing. The video was incredible, too, by the way! Nicely done!!

STEAM Project: Tiny Dancers (A Homopolar Motor)


The heat recovery steam generator HRSG provides the thermodynamic link between the gas turbines and steam turbines in a combined-cycle power plant. Each HRSG solution is custom-engineered to meet your desired operating flexibility and performance requirements. Numerous options are available, such as supplementary firing, SCR for NOx abatement, CO catalyst for emissions reduction, and exhaust gas bypass systems for simple-cycle gas turbine operation in a combined-cycle installation. Our OCC approach alleviates thermal expansion issues associated with start-stop operating regimes hot restarts and daily load following. The stepped arrangement—from the manifold, to a link, to a header, and finally to the finned tubes—reduces thermal stress by as much as 60 percent compared to the industry standard approach. With this superior capability for cyclic operations, you benefit from lower maintenance costs and increased life cycle. Horizontal drum HRSG units are the most popular type of steam generator. The flow of gas is horizontal while the water is heated in vertically-arranged evaporator tubes, producing a natural, cost-effective circulation effect. With decades of OEM experience, cutting-edge research and development, and extensive field service experience, we are a global leader in the horizontal HRSG segment. With vertical gas flows across horizontal evaporator tubes, this drum-type HRSG is ideal when site space is at a premium, for example, in add-on applications. We offer vertical drum HRSG solutions for both gas and oil operations, which are particularly well-suited for heavy fuel oil applications. This results in greater thermal flexibility, high efficiency, and the ability to support unlimited daily cycling. An array of modular construction options is available so you can choose which one fits your specific project site infrastructure, transportation, and labor cost restrictions. GE empowers you with total lifecycle solutions tailored to your desired outcomes. Our advanced technology and service solutions deliver industry-leading value to your products. Pressure waves penetrate deep into the tube bundle for a more effective cleaning that can be done in half the time. A GE contractual service solution provides the peace of mind that comes with predictive analytics and a proactive partner. We offer total plant capabilities to services both GE and cross-fleet power generation equipment for utility and industrial plant operators worldwide. As an OEM with a global workshop network, GE can offer standard and tailor-made parts for all types of heat recovery equipment. GE offers time-saving and added value repairs, replacements and outage support services for your HRSG and auxiliary systems. Types of HRSGs. Vertical Drum Units With vertical gas flows across horizontal evaporator tubes, this drum-type HRSG is ideal when site space is at a premium, for example, in add-on applications. Your Choice of Delivery Methods An array of modular construction options is available so you can choose which one fits your specific project site infrastructure, transportation, and labor cost restrictions. Featured Services GE empowers you with total lifecycle solutions tailored to your desired outcomes. Learn More.

Steam Turbine Generator Project


The University selected a condensing unit with a high pressure section to accept main steam, and an extraction point to that from the exhaust of the existing turbine TG1 used to satisfy the campus heating load. The turbine generator is equipped with an air cooled condenser. The new 25 MW turbine generator, TG2, supplements the power generation of the existing TG1 during times when the campus demand for steam exceeds the capacity of TG1 to supply it, and the cost of import power is greater than the cost of generating condensing power in TG2. In addition, tie-ins to the main steam lines were arranged at times when campus demand was low enough to allow the main steam system to be out of service without impacting the university campus. Steam Turbine Generator Project. Project Steam Turbine Generator Project. Location Edmonton, Canada. Client University of Alberta. Industry Sector Industrial. Service Area Process Facilities. Solutions Basic Engineering; Energy Studies. Campus heating plant solution. More Projects By Topic. Basic Engineering Energy Studies. Featured Experts. Eric Delorme Eng. Ademir Ramirez Process Manager. Ademir is a chemical engineer with over 38 years of experience in the design, evaluation, construction and management of mining and chemical projects, specializing in extractive metallurgy for metalliferous ores, lithium brines and mineral salts. Chris leads Ausenco's Consulting business globally and has extensive consulting experience in the infrastructure, energy, and resources sectors.

50+ Totally Awesome STEAM Projects to Boost Creativity

Steam was the energy that powered the early industrial revolution. Steam pistons drove factories. Steam turbines were and still are, responsible for generating most of the world's electricity. A number of steam powered projects are good for demonstrating physics principles and engineering principles. The first step to creating a steam powered machine is to make a steam generator. The first phase to building your steam generator is the type of power to use for heat. Antique steam generators and engines used coal or wood. Although both of these will work well, an electric immersion heater may be a safer alternative as it isn't as much of a fire hazard. The exact tank design will depend on the power source you will use. If you are going to use an immersion heater, fashion a bracket to suspend the immersion heater in the water tank. A good water tank can be made form an empty grapefruit juice can. Cut the top out of the can and make holes for the immersion heater elements so the electrical component will not be inside the tank. Solder the top of the can in place with the immersion heater protruding through the top. Seal the area of the lid where the immersion heater protrudes. Good, high heat tape is a good start, but clay may be necessary for better steam pressure. If you use clay, make sure you allow the clay to harden and cure. Install a re-sealable plumbing fixture on the can. This will serve as a fill point for the tank. Drill a hole for a small metal tube. Fish tank air connectors work well. Solder a small steel pipe through this hole.

How To Make a Free Energy Steam Engine At Home - Free Energy Steam Engine



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