Florida Residents Take FIPR SurveyDo Florida’s residents know about the phosphate industries abysmal practice of destroying Florida’s geographical environment for the phosphate some 40 feet beneath the surface?The FIPRThe Florida Institute of Phosphate Research, (4) (FIPR) funded a survey conducted by the University of South Florida. The FIPR survey questions were all related to public awareness and attitudes apropos the Florida phosphate industry’s appalling environmental practices. Unfortunately, the Florida phosphate strip mining industry’s continuing environmental devastation is not a topic of interest for Florida’s local politicians and the local media as well.Little is said publicly about the irreparable damage caused by Florida’s phosphate strip mining industry. The FIPR survey results show 70% of Florida’s residences do not know of the destruction of Florida’s aquifer systems by the local phosphate industry, because they are not being informed on the topic.The local media rarely releases any information on the subject. The survey revealed 2.3% of Florida’s residence says they do understand Florida’s phosphate mining dilemma. This survey’s results are based on a sample survey of 1300 residence from four different geographical regions within Florida. These regions include the Florida panhandle, the Tampa Bay area west and south to Manatee and Sarasota counties.Florida’s panhandle has very little phosphate and a small mining community. The FIPR survey shows this area has very little environmental aquifer system destruction due to phosphate strip mining. However, the Tampa bay area and south into Manatee and Sarasota counties surround ground zero for the phosphate strip mining industry in Florida. Interestingly, most of the sinkholes also form in the counties surrounding ground zero.Ground zero is being defined as Florida’s Peace River Watershed, where most of the Florida phosphate strip mines are located.The FIPR survey shows about 85% of 2.3% informed respondents were able to name at least one environmental problem caused by Florida’s phosphate strip mining industry. Water and wildlife were the most common concerns from most respondents.Florida residents in or near the phosphate mining regions are more likely to say they are informed about the environmental bomb shell caused by the Florida phosphate industry. The FIPR survey shows Florida’s residence as a whole in and around ground zero are not knowledgeable about the phosphate strip mining industry, (5) Tampa Bay Times.Phosphate Giant Mosaic Pumps Daily from Florida’s Aquifer Systems Last year, a Florida state water agency granted the world’s largest phosphate mining company permits to pump up to 70 million gallons of water a day out of Florida’s aquifer systems for the next 20 years. By the way, Florida’s politicians seem to be lying low and following the money.”Much” of those millions of gallons of water are wasted by the phosphate giant known as Mosaic to dilute phosphate waste so it can be dumped into creeks without violating Department of Environmental Protection, (DEP) state regulations.This means, the amount of phosphate waste per mass, dumped into Florida’s creeks, streams, and rivers is the same, only a greater water volume dilutes the phosphate waste enough to meet the state standards.The FIPR shows Florida residences hear little from their state officials or from Florida’s phosphate strip mining industry. The unprecedented permit allows Mosaic to pump water from more than 250 wells in Hillsborough, Manatee, Polk, Hardee and De Soto counties. Interestingly, the residences in these counties are under strict water restrictions and have been since 1992.”The water use is crazy,” said a St. Petersburg attorney who challenged the Mosaic permit for his client who ended up settling out of court. Florida’s phosphate strip mining industry is pumping untold amounts of clear clean fresh aquifer water to discharge with their waste. Forever destroying Florida’s aquifer systems as they go.The phosphate industry removes waste in this manner as a standard practice, according to Mosaic’s environmental superintendent. It’s allowed under the state Department of Environmental Protection’s (DEP) rules, said the Southwest Florida Water Management District, (Swiftmud). “Without that fresh water to dilute what Mosaic is discharging would violate the DEP’s limits on a type of pollution called “conductivity,” Swiftmud officials explained.Conductivity refers to the solids that are left in the waste after it’s processed. “If they were exceeding the standards, the DEP would not allow the discharge,” explained Swiftmud, the agency issuing the Mosaic permits.DEP press secretary said using freshwater to dilute a phosphate plant’s discharge “is permissible and used only in closure activities or in storm-related activities in order to meet department water quality standards.”Mosaic spokesman said the company is only using fresh “aquifer” water for dilution with waste from inactive processing plants, which Mosaic said complies with DEP rules. No list of plants or discharge sites could be provided or how many sites there are.The diluted waste is discharged, “… usually into a creek or smaller water body that feeds into a larger one at some point,” the Mosaic spokesperson said.The issue of how much aquifer water Mosaic pumps out of Florida’s aquifer systems was explored by a recent environmental impact study on phosphate mining that was commissioned by the U.S. Army Corps of Engineers.The report found that the phosphate strip mining industry’s’ water use in some areas could lower the aquifer water level by up to 10 feet, but contended the aquifer would eventually recover when the pumping stopped. However, the pumping started in 1992 and continues as of this writing.The same agency that issued Mosaic’s water permit, Swiftmud, declared a 5,100-square-mile area covering all or part of eight counties south of US Interstate-4 to be the Southern Water Use Caution Area in 1992. The reason: so much water had been pumped out of Florida’s aquifer systems in the region that the water table had fallen 50 feet.Mosaic previously had a permit that allowed it to take up to 99 million gallons a day from Florida’s aquifer systems, illustrating the permit issued last year is a reduction. As of last month, the phosphate strip mining giant was pumping 30 million of its allotted 70 million gallons a day out of the ground,” Swiftmud officials said.”Half of that was being used in the mining process and the other half was being used at production facilities, said Swiftmud officials. They also said, no one could specify how much “aquifer” water is being pumped to dilute the pollution from “phosphate” plants, a process the industry prefers to call blending.In approving the Mosaic permit, Swiftmud officials ruled that the Mosaic had offered reasonable assurances that its use of the water isn’t wasteful and won’t adversely affect downstream users or the environment.The ruling by Swiftmud along with the above mentioned data regarding water usage and pollutants, surely demonstrates Florida’s politicians are ignoring the environmental impact caused by Florida’s phosphate strip mining industry.Has anyone questioned whether Swiftmud or Mosaic have ever considered coming up with a different way to deal with the pollution?By repeatedly pumping millions of gallons of water from Florida’s aquifer systems just for blending, the company will leave behind a Swiss cheese aquifer with pools of groundwater contamination and cascades of diluted gyp stack waste for generations.This type of tremendous environmental impact never seems to reach the local media or the local environmental protection organizations, even though all the information is readily available for all who seek.Florida’s phosphate strip mining industry’s severe environmental impact grows more ominous every day. West Central Florida’s aquifer systems are in danger of becoming extinct. Florida’s phosphate industry is aggressively pumping out Florida’s aquifer water, destabilizing the limestone bedrock surface and contributing to the growing number of sinkholes, (1) (USGS).The sinkhole insurance claims processed have tripled according to (3) Businessweek, in west central Florida. The west central Florida area is directly adjacent to the largest phosphate strip mines in the state, (2) Live Science http://www.livescience.com.Florida’s SinkholesFlorida’s aquifer systems exerts hydraulic pressure on the surrounding limestone and in turn, stabilizing the surface, most of which are layers of limestone, silt and sand. Sinkholes can develop where the aquifer water systems are not contained in the limestone earth.Sinkholes can form instantly when layers of limestone, silt and sand collapse due to the lack of surface hydraulic pressure created by the “unique” aquifer systems. (1) The United States Geological Survey, (USGS). Sinkholes can be deadly in Florida, primarily due to its unique geological aquifer systems.Florida’s aquifer systems encompass the entire state. Florida geography is known for porous limestone, which can hold copious amounts of water in underground aquifers also known as water tables.Aquifer water flows through porous limestone, and forms karst, known for its beautiful landscapes like caves, streams, rivers, and crystal clear springs.Open cavities form when the aquifer water is not contained by the surrounding earth. Any heavy load applied to the surface over one of these cavities can cause a sinkhole to form.A heavy surface load can be as simple as large amounts of rain. A collapse can be triggered by pumping, when a large amount of water is pumped from the ground. The collapse can occur far from the pumping source.(1) The United States Geological Survey, (USGS)(2) Live Science(3) Businessweek(4) Florida Institute of Phosphate Research(5) Tampa Bay Times
Industrial wireless applications continue to demonstrate substantial cost savings, productivity increases, security improvements and regulatory compliance. Considering these major benefits, manufacturing companies can expect a rapid return on their investments. In fact, many companies realize an ROI within one year.According to market analyst IMS Research, wireless-enabled industrial products are expected to grow at an 18 percent compounded annual growth rate (CAGR). World shipments reached 1.2 million in 2009 and will climb to an estimated 3 million in 2015. The many advantages of industrial wireless applications are fueling this sizeable growth, with the most noteworthy being a quick ROI.However, market trends show the migration to industrial wireless is moving away from simply an ROI justification. With the advantages of this technology well known, the ROI almost becomes a given. Instead, many companies remain focused on the wide-scale benefits they’ll receive and the innovative applications they can deploy.Capturing Cost SavingsTraditional networks require tons of expensive copper wiring. Traditional wiring also requires conduit and substantial construction. In addition to costing more for materials and labor, these wired networks require regular maintenance. The physical nature of copper wiring provides a less reliable infrastructure.If these wiring costs can be eliminated, the overall network investment is reduced dramatically. Performance is also enhanced. As a result, industrial companies are able to venture into projects they might otherwise not be able to afford.For example, if a manufacturing facility covers a large geographical area, establishing a network infrastructure and monitoring capabilities across remote locations can extremely costly. In some cases, they may even be impossible because of environmental conditions.Industrial wireless enables access to points physically or economically hard to access. With a wireless infrastructure, industrial facilities can easily expand operations and connect geographically disparate locations. Wireless applications can work well within the most demanding environments. They break down barriers to serve areas that otherwise would be too costly, difficult or labor-intensive to implement, or may not have access to power.Ramping Up ProductivityIndustrial wireless improves operations by eliminating most, if not all, manual processes. Communication is streamlined. Tracking of information becomes efficient and aids any necessary troubleshooting.And, operational data is collected automatically and available digitally. This capability improves data accuracy and consistency. Wireless transmitters provide accurate monitoring for processes and assets in difficult and/or remote locations. The resulting data can be used for improved decision-making and process improvements.Therefore, the benefit to industrial wireless network is not just eliminating the costs associated with physical wiring and manual systems. One of the key benefits of wireless remains the ability to integrate crucial operating data into existing systems and sharing this information to improve productivity.Ensuring Regulatory ComplianceIn many cases, industrial wireless applications help companies comply with federal law and regulatory requirements. An example includes compliance with the 1972 Clean Water Act and the Water Quality Act of 1987 created by the Environmental Protection Agency. The goal of these acts is to restore and maintain U.S. waters to quality levels. Specifically, the act regulates storm water runoff.Large manufacturing facilities must monitor and regulate the water runoff that enters into any U.S. waters or municipal storm sewer systems. This monitoring has traditionally been a very arduous process. However, industrial wireless systems eliminate the manual processes associated with assuring compliance.Compared to traditional network infrastructures, industrial wireless can be deployed quickly, economically and easily. Wireless networks allow plant workers to adapt readily to changing conditions, gather critical information and optimize processes. The infrastructure investment is streamlined to provide an impressive ROI. These benefits allow projects to move forward that may otherwise have been unable to justify.