Tampa electric power outage map,national geographic afghanistan girl eyes,the american 2010 film plot - Try Out

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We follow a restoration plan with priorities to help the community return to normal as fast as possible. You should make sure your home is ready to safely receive electricity once power has been restored. We balance our commitment to reliable service with the health of the trees we must trim near power lines.
A power outage, lasting one minute or longer, usually happens when a problem occurs somewhere along the electric distribution system – this can be any place between the power plant and your home or business. A momentary interruption typically lasts less than a second and is usually caused by a short circuit. This manatee viewing platform is at the Tampa Electric Company's power plant in Tampa Bay, Florida.
Further up the Gulf coast there are a couple of springs where manatees also hang out in the winter. At HEC we Sell, Install and Service any size or brand of Home Standby or Portable Generator including Guardian, Honda, Generac, and Centurion.
We are partially "Green", and are now working on our new PhotoVoltaic system similar to those seen here in our "Projects" section.
Many of our Employees have over 15 years of service to Our company and many more years in the Electrical Trade. We Sell, Install and Service any size or brand of Home Standby or Portable Generator including Guardian, Honda, Generac, Briggs and Stratton, General Electric and Centurion to name a few. HEC lorem spsun dorem toecul totum lorem spsun dorem toecul totum lorem spsun dorem toecul totum.
Severe weather is the number one cause of power outages in the United States, costing the economy betweenA $18 and $33 billion every year (VIEW report from Executive Office of the President)A in lost output and wages, spoiled inventory, delayed production and damage to grid infrastructure. The number of outages caused by severe weather is expected to rise as climate change increases the frequency and intensity of extreme weather events. Wether buckling down for hurricane season or prepping for a bone-chilling winter in the north, having a reliable backup generator is a smart safegaurd to protect your home or business. It’s not often that a power plant upgrade improves both the environment and the bottom line.
To casual visitors, central Florida would seem to be an odd place to be experiencing a water crisis. But, in fact, central Florida has grown increasingly water-stressed over the past few decades. Florida’s rapidly growing population has meant demand on its water resources has frequently exceeded the supply. In response, the state directed the local water management districts to adopt strategies that would protect its water resources.
While water use is an issue that cuts across all sectors of a community, it has special implications for power generation. Tampa Electric Co., a subsidiary of TECO Energy, traces its roots to 1899 and currently serves more than 700,000 customers in the Tampa Bay area as a regulated utility.
Tampa Electric’s Polk Power Station, situated on 4,300 acres that were originally part of an old phosphate mine about 40 miles southeast of Tampa, is located in one of the most water-stressed areas of the SWUCA. Water for cooling is drawn from a large reservoir adjacent to the plant that was built using mine cuts from the phosphate mine. Polk County and the cities of Lakeland and Mulberry have been treating their wastewater and using it for irrigation for many years. In 2008, Tampa Electric began working with Lakeland and SWFWMD on a method to bring that excess wastewater to Polk Power Station. Because the project would reduce overall groundwater withdrawals, SWFWMD agreed to contribute approximately $45 million to the total project cost of $120 million. To get the wastewater from Lakeland’s Wetland Treatment System to Polk Power Station, Tampa Electric installed a 15-mile plastic pipeline and a reclaimed water pumping station (Figure 1). The utility also built a water purification plant at Polk Power Station, because the treated wastewater required further purification before it could be used for plant cooling (Figure 2). The clarification process produces a mineral-rich sludge that is currently dried and buried in a landfill, though Tampa Electric is looking for buyers, as the sludge has agricultural value.
Two state-of-the-art wells were drilled 8,000 feet underground to allow for disposal (Figure 4).
The $120 million system came online in March 2015 after five years of construction, with the parties very pleased with the results. That additional water will be necessary because Polk Power Station is in the process of adding combined cycle capacity to Units 2 through 5. The utility is also looking ahead to possible carbon capture technology, should it ever be needed at Polk.
Tampa Electric has shared the details of this project at several industry conferences to help educate both the power sector and the wastewater treatment industry on innovative disposal methods.
For demonstrating creative thinking and crafting a solution that met its needs as well as those of the surrounding communities, POWER is proud to honor Tampa Electric and the Polk Power Station with its 2015 Water Award. POWERnews is a weekly e-newsletter that keeps you informed about the latest developments in the electric power industry. Polk Power Station, along with Tampa Electric's other power plants, serve customers across the West Central Florida service area.
A state-of-the-art integrated coal gasification combined-cycle (IGCC) power plant, Tampa Electric's Polk Power Station produces enough electricity to serve 75,000 homes. Polk Unit One is located on unmined land surrounded by former phosphate mining land to the east, and a berm developed as a cooling reservoir to the south.
The 260-megawatt (MW) IGCC facility (220 MW net) began commercial operation in the fall of 1996. Tampa Electric is currently expanding the Polk Power Station by converting four existing simple-cycle combustion turbine units into a modern and efficient combined cycle unit.


The project involves adding Heat Recovery Steam Generators (HRSGs) on each combustion turbine to capture the waste heat and convert it to steam, which will power a new steam turbine generator. When the project is complete, it will add approximately 460 MW of generating capacity while increasing the efficiency of the existing units by 37 percent. Construction on the project began in early 2014, and the new unit is expected to enter commercial operation in January 2017. The 260 MW IGCC facility is among the nation's cleanest, most efficient and most economical power generation units. Combined-cycle design consists of a combustion turbine, a heat recovery steam generator, and a steam turbine. A complete review of the technology in use at Polk Power Station is available in this report to the Department of Energy.
The coal gasification unit provides clean, coal-fueled power, with a minimum removal of 95 percent of the sulfur from the coal gas. Award-winning innovation and a win for customers, the environment and the community: The Polk Power Station Regional Reclaimed Water Partnership is all this and more. The Southwest Florida Water Management District is another key partner in the project, which won the 2015 Edison Award from the Edison Electric Institute (EEI). The Polk Power Station Regional Reclaimed Water Partnership has also been honored by POWER magazine, winning the magazine's 2015 Water Award. TECO Energy's independent power subsidiary and a partner were awarded $120 million from the U.S. Construction on Unit One began in 1994 on a site selected by a public Power Plant Siting Task Force comprised of 17 citizens from environmental groups, businesses, and universities in the Tampa Electric Company service area and throughout Florida. Once added to your personalized homepage, just edit widget settings to select your desired view.
Learn more about our company and our commitment to sustaining the environment and community. Our automated system will match your landline or mobile number to your residential or business address when you call, helping us locate outages and problems quickly.
However, natural occurrences like trees and animals coming into contact with electrical equipment cause more than half the outages that occur.
Visit our storm section and learn how our crews work until power is restored to all customers. Make sure there are no flammable items on the stove, no irons left on or other potentially dangerous situations. We're proud to have received recognition as a Tree Line USA utility by the National Arbor Day Foundation™, in cooperation with the National Association of State Foresters.
When a power outage occurs, Tampa Electric will respond to the outage and make any repairs necessary to restore power. Short circuits happen when something comes in contact with power lines, such as an animal or tree, or when power lines come in contact with each other.
All of our service technicians are fully qualified, factory trained and our service vans are stocked with the material to 'Get The Job Done'.
We are an equal opportunity employer and are members in good standing of multiple professional organizations. All of our service techs are fully qualified, factory trained and our service vans are stocked with the material to 'Get The Job Done right the first time'. Generic and Honda have been reliable names when discussing power generators and now they have utilized their technology in other machinery that will assist your with your arduous housekeeping duties and honey-do lists like pressure washing with a Generic 7000PSI pressure washer, as well as keeping you dry with Honda water pump. Preparing for the challenges posed by climate change requires investment in 21st century technology that will increase the resiliency and reliability of the grid. Needing to come up with a new source of cooling water for Polk Power Station, and faced with mostly expensive, environmentally questionable options, Tampa Electric came up with a solution that both secured the plant’s water supply for the future and provided significant benefits to the local environment.
With its frequent rains, humid climate, abundant springs and lakes, and tourist attractions that make profligate use of water, the region would appear blessed with resources. Those resources are also threatened by development in neighboring Georgia, because the two states share the same source of groundwater, the Floridan aquifer. In 1992, the Southwest Florida Water Management District (SWFWMD) designated the Southern Water Use Caution Area (SWUCA) covering all or part of eight counties in southwest Florida. This is the story of how one power plant found a way to substantially reduce its impact on local water supplies while at the same time helping reduce environmental impacts on a major body of water. Its four-plant fleet, a mix of coal- and gas-fired generation, comprises about 4,700 MW of capacity. Because plant effluent is ultimately discharged into the area watershed, the reservoir can require as much as 3 million gallons of water for makeup every day, which needs to be replenished with groundwater. Although this would have been the most cost-effective solution if it were granted—which was by no means guaranteed—it would have further stressed area resources, making the plant a “poor neighbor” for others in Tampa Electric’s service area. In addition to being expensive, the technology is poorly suited to Florida’s hot, humid, climate, meaning plant efficiency would take a big hit. Not only was this was cost prohibitive, stopping the discharge would have affected the minimum-flow levels of a nearby creek, essentially exchanging one environmental impact for another. This would be technically challenging but potentially had the greatest environmental benefits. However, despite the various beneficial uses, the treatment plant produced significantly more water than the municipalities could use.
But treated or not, the wastewater carried with it a lot of nitrogen and other nutrients, contributing to elevated nutrient levels in the bays.
In March of 2009, Lakeland, Tampa Electric, and SWFWMD reached an agreement under which the city would supply Polk with up to 5 million gallons of wastewater per day under a 30-year water supply agreement—at no cost for the first 20 years. Innovative water projects are nothing new to SWFWMD, which is a national leader in fostering reclaimed water use: The area recycles an amazing 50% of its wastewater, compared to just 7% nationwide.
At the bottom of the wells, the disposal stream is released into a naturally existing briny aquifer that begins around 4,200 feet down.
All of Lakeland’s treated wastewater is now seeing beneficial reuses instead of flowing into Tampa Bay. Phase II, which will expand the purification plant and connect to wastewater streams from Polk County and the city of Mulberry, is under water-use contract, and engineering plans are being developed. The new generation, which will boost total capacity to 1,420 MW, is expected to come online that same year. The injection wells could potentially be used for carbon sequestration with some modifications. The project was honored by the Edison Electric Institute earlier this year with one of its three Edison Awards for 2015. It is located approximately 40 miles southeast of Tampa and about 60 miles southwest of Orlando.


The design of the cooling reservoir maximizes plant water recycling while minimizing groundwater withdrawal and offsite discharges. The exhaust heat from the combustion turbine is recovered in the heat recovery steam generator to produce steam. The project prevents reclaimed water from the cities of Lakeland and Mulberry and Polk County from going into local waterways, where it would add nitrogen to the environment - harming marine life. In addition, in July 2015, the Tampa Bay Partnership awarded its Chair's Cup Award for Excellence in Regional Leadership to Tampa Electric for its role in the project. The objective of the Power Plant Siting Task Force was to ensure that local and statewide public issues and environmental concerns relative to new power plant development were adequately and accurately considered in selecting a suitable site for the new power plant. Turn off as many appliances as possible that require electricity and turn them on one by one after power is restored. If you notice damage to your meter or related equipment, please view this illustration to determine who is responsible for repairs.
To keep outages to a minimum, Tampa Electric inspects and clears away trees and limbs from power lines. Having installed a Photovoltaic system on our building, we know what it takes to design and create a fully functioning autonomous solar energy system that will provide you with trouble free energy production for years to come. Lorem spsun dorem toecul totum lorem spsun dorem toecul totum lorem spsun dorem toecul totum.
In the early 1990s, groundwater withdrawals were so great that in certain areas of central Florida, the aquifer had been drawn down more than 50 feet.
The current SWUCA strategy is to manage river flows and groundwater withdrawals in the area to limit saltwater intrusion and ensure water supply needs can be met.
That was a significant drain on the area’s resources by itself, but Tampa Electric’s forward planning suggested new capacity would be needed at Polk in the future. Together, they were discharging about 9 million gallons of wastewater into the Alafia River every day. When nitrogen and phosphate levels are too high, it can cause algae blooms and inhibit the growth of sea grasses, fish, mollusks, and other aquatic life.
SWFWMD had partnered on power plant cooling projects in the past, but this would be the largest one ever. Fifteen miles of 30-inch-diameter plastic piping are used to move treated wastewater from the Lakeland treatment plant to Polk Power Station. As a final step, reverse osmosis (RO) is used to remove dissolved impurities such as salt and other minerals. As it’s been purified almost to potable water standards, it can then be discharged safely into the area watershed without affecting nutrient levels.
Between that point and the surface is a 1,000-foot-thick layer of limestone that keeps the disposal stream from entering the Floridan aquifer, which is much closer to the surface (its deepest portions at the plant site are around 2,800 feet below sea level, and the deepest well in the area is around 900 feet).
The waste stream from the water purification process—concentrated brine and other impurities—is injected into an 8,000-foot-deep disposal well under the plant.
Tampa Electric worked with a team of experts at the University of South Florida to evaluate that option, though it ultimately decided not to include it at this time because of long-term funding issues.
These two 180-megawatt simple cycle combustion turbines (151 MW summer-rated net) use natural gas and distillate oil to generate electricity. Furthermore, nitrogen oxides emissions are also lower than many of today's most advanced coal-fired generating units. Instead, that water now goes to Tampa Electric's Polk Power Station, which cleans it and uses it in the process of generating reliable, affordable electricity. As part of a cooperative agreement with the DOE, TECO Energy is also concentrating on commercialization of this IGCC technology. Did you know there are two main types of outages - a power outage and a momentary interruption? This causes less stress to the power system and ensures that all customers get restored without unnecessary delays.
In addition, Tampa Electric works with environmental experts to protect birds and other animals by researching new ways to prevent them from coming into contact with power lines.
It is our un-bending philosophy of keeping our customers and employees happy that make us a leader in our industry. One result was saltwater intrusion into the aquifer along the coast, particularly in Manatee County along the southern end of Tampa Bay. That would mean more cooling water would be needed, but where that water would come from was a significant obstacle.
Keeping the bays’ nutrient inflow under control has been a major goal of environmental agencies in the area.
The project also received an additional $2.5 million from the state’s West-Central Florida Water Restoration Action Plan fund. While drilling the wells, Tampa Electric was able to perform additional research on the limestone layer that was useful for local geologists.
This sequesters the wastewater well below the aquifer and prevents it from contaminating area water resources. Once expanded, the system will be able to handle up to 17 million gallons of wastewater per day.
Unit Two and Unit Three started commercial operation in July 2000 and May 2002 respectively. When this happens, it makes groundwater more expensive to use, and if saltwater intrusion is severe enough, can force the closure of contaminated wells.
Though significant progress has been made since nutrient levels became a serious problem in the 1960s, more work remains to be done to keep the bays healthy. Once treated, it is nearly drinking-water quality and can be safely released into the cooling reservoir. Polk Units four and five, two 160 MW units (151 MW summer-rated net) were completed in April 2007.
When in doubt, or when leaving the home for an extended period, you should switch off your power at the main breaker. Units 2 and 3 (180-MW dual-fuel combustion turbines) began operations in 2000 and 2002, while Units 4 and 5 (160-MW gas turbines), started up in 2007. If the problem persists however, Tampa Electric will respond to the outage and make any repairs necessary to restore power.



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