While some oil and gas investment companies might be fronts for fraud, there are plenty of legitimate companies out there looking for investors. The only way to prevent falling victim to an oil and gas scam is to be educated first. Don’t be afraid to contact the company with questions, or even state oil and gas regulatory agencies – they usually have information about a company’s drilling history and can verify claims of prior drilling success. Triple Diamond Energy will be happy to answer any questions or concerns that potential investors may have. Most oil and gas investment opportunities are legitimate, as the current high oil prices have peaked an interest in energy business spending. Unfortunately, scam artists have started to take advantage of this trend through oil and gas fraud. Chris Jent of Triple Diamond Energy suggests that potential investors take their time and not rush into any agreements. TDE is more than willing to answer any questions and provide as much information as possible for patron to feel comfortable and secure in the investment. Dallas, TX Triple Diamond Energy's Chris Jent warns against oil investment scams Fraudulent oil and gas investment companies are easy to spot says Chris Jent of Triple Diamond Energy if potential investors take the time to become informed on the industry. State securities administrators can help, since they have relevant information and are responsible for the protection of potential shareholders. As part of a legitimate oil and gas company, Chris Jent of Triple Diamond Energy in Dallas TX urges any potential investors to take their time asking questions and learning about the potential opportunity before rushing into any agreements. To minimize your risk of being caught in an oil and gas investment scam, contact the company with questions, or even state oil and gas regulatory agencies since they usually have information about a company’s drilling history and can verify claims of prior drilling success. Fraudulent oil and gas investment companies are easy to spot out if potential investors take the time to become informed on the industry, and Triple Diamond Energy’s Chris Jent of Dallas, TX urges any potential investors to take their time asking questions and learning about the potential opportunity before rushing into any agreements. Before investing with an oil and gas company, it is important to know the location of available pipelines, or what methods will be used to transport and sell any production prior to investing. Due to the rising interest in energy related investments, scam artists are taking advantage of businesses and individuals looking to spend. Oil and gas companies like Triple Diamond Energy in Dallas TX will be happy to answer any questions or concerns that potential investors may have. Rise of Natural Gas Fuel Cells Oil and natural gas are undergoing interesting changes in their usage and productivity. There are many innovations in the industry that occur almost daily. One of those advances is in the area of the natural gas fuel cell. Natural gas fuel cells utilize electrochemical reactions to generate power instead of the older fossil fuel combustion method that has been the standard for so long. These fuel cells allow for the generation of electrical current by pumping a stream of gas, usually hydrogen, and oxidants across electrodes. These electrodes are separated by an electrolyte. This process allows the generation of electricity within the burning of fuel or the use of heat, which is normally the case. When pure hydrogen and water are used within the cell as a fuel source, the only by-products are heat, water and electricity. These new fuel cells lead to many useful benefits over current technology. MedTech College is accredited by the Accrediting Council for Independent Colleges and Schools. The Accrediting Council for Independent Colleges and Schools is listed as a nationally recognized accrediting agency by the United States Department of Education. Clean Electricity Generation The primary waste materials released from the fuel cell power generation process are water, heat and electrical current. Compared to the original method of fossil fuel combustion, this is practically a non-existent waste issue. In theory, this would be the only waste material given off from the use of pure oxygen and pure hydrogen. However, it should be noted that in practice there are usually trace amounts of carbon dioxide and various types of sulfur. The carbon dioxide is released in tiny increments with every usage and is readily captured for use in other areas of the oil and gas industry. The sulfur can often be separated in some fashion to be used as well. Generation, Distribution and Sizing These fuel cells can be made in any number of sizes, but the most exciting ones are the small portable variety. These can be used in homes, businesses and even for transportation. Wherever there is electricity needed, this technology can provide it in a clean, efficient manner that actually gives something back to the environment while making civilization continue on into the technologically aligned future. Dependability These fuel cells have no moving parts. They are capable of working for several thousand hours with no ill effects. They generate no distinguishable noise and do not create power surges. Whenever there is a need for long-lasting electrical power without the attendant electrical generation hassles of the past, a simple plug-and-use method is involved. Known Efficiency The process utilized by these natural gas fuel cells is incredibly efficient compared to the dated methods used in previous generations. With the current technology in place it requires less fuel to generate equal or greater power in comparison. There is a current belief, postulated by the Natural Energy Technology Laboratory, which currently estimates a capacity to generate 1 to 20 megawatts of power at a rate of 70 % efficiency when combined with natural gas turbines. This is a higher amount of power and efficiency compared to the older, polluting forms of this technology. Liquid Natural Gas: An Introduction One reason that natural gas is so desirable is that there is an increased demand for commercial, residential, and industrial use of it. However, there are still some bugs that need to be worked out. Some would include demand-driven transportation constraints, marginal cost of getting natural gas, and the comparatively small amount of storage for natural gas to provide some kind of price buffer. In an effort to solve some of these problems, liquefied natural gas, or LNG, has been introduced. Liquid natural gas is basically created in three steps. To start out, subterranean gas is frozen into a liquid state through a state of the art cryogenic process using temperatures as low as 280 degrees Fahrenheit. Once the gas has been frozen into a liquid state, it is stored in holding tanks or pump it into vehicles that are able to transport it to a different location. Once it has been moved to where it needs to go, the LNG is pumped back into a different storage tank that turns it back into a gas. Once back in this state it can be used for market consumption. There are many pipeline heating requirements that must be met, which make this process altogether difficult. If a system has gas enter it that does not meet all of the standards, then it will not be allowed to flow in until it is stripped of its heavier particles. This usually adds an extra cost to the entire project and increases the amount of time it takes to complete it. One benefit to natural gas is that it is the cleanest burning fossil fuel. Coal produces more pollutants than does natural gas. There is natural gas available outside of North America, but it cannot be accessed by pipelines. That is why transporting it as LNG is so important. It is much more compact and lighter to transport. It can be stored in large quantities and is a cost-efficient way to help the economic needs of the country. America is in need of more gas sources in response to calculated supply and demand expectations. Liquid natural gas seems to be an improving and affordable choice for this. To make this happen, the government and oil and gas energy companies need to continue to work towards meeting the demand for natural gas. Work Safety Improves in the Oil and Gas Industry The overall amount of growth with in the oil and gas industry has been expanding rapidly. This is because of rising demand from the emerging economies of China, India and Brazil. More natural resources are needed to continue with the rapid growth they have experienced, with the current trend projected to increase by 35% in 2050 as the overall amounts of worldwide demand only continue to rise. Rapid expansion taking place within the oil and gas industry means that issues of employee safety are overlooked. Thanks in part to the hodgepodge of regulations around the world and the lack of unity on creating one single industry safety standard, accidents could increase in certain areas. This can cost companies time, money and negative publicity because of such situations. As a result, the industry has begun to utilize technology to be able to have a uniform safety standard at all locations. To do this requires that any organization must make a total commitment to reduce the overall amount of lost time at the different assets and properties around the world. Next, the company must ensure that all contractors and employees understand the priority role that safety plays within any kind of organization. Procedure must then be set in place that goes beyond the strictest safety standards in the work place, such as OSHA standards. Once this has taken place there are different tools used to provide everyone with real-time updates and guidance on the various safety standards at the company through plant automation and safety software. This is a special computer program that allows plant managers to monitor everything that is in use at a physical location by allowing them to monitor in real-time any kind of abnormalities that may occur. It also provides everyone with access to the latest safety procedures and emergency information. The combination of the two elements together means that overall workplace incidents can fall dramatically for an entire company. A good example of this occurred when many major integrated oil companies began using such a system in 2000, where they have reduced accidents at various locations by 12%. This has helped to improve productivity and the overall morale at many of the different properties owned by these organizations. Clearly, the issue of employee safety is important at any organization where large amounts of lost time can have a major impact on how productive the different businesses are. To address this issue, many companies have begun using plant automation and safety software to help identify situations that could be occurring in real-time as well as to keep all locations updated on the latest safety procedures, helping to reduce work-related accidents dramatically. Underwater Separation of Natural Gas Natural gas separation is a process used with underground and underwater extraction of natural gas in order to extract valuable methane from other, less useful, or possibly dangerous hydrocarbons and other components present in natural gas deposits. With extraction of natural gas from underwater deposits, it is particularly important to have on-site and relatively compact methods to separate methane from raw natural gas, since unlike ground-based plants, offshore dallas, tx oil and gas triple diamond energy drilling facilities may not have the luxury of large facilities nearby to process the gas. These innovative new techniques often involve separation of methane before the natural gas even reaches the surface of the water. One method involves trapping the raw gas inside of a gas bell after extraction, and allowing the gas to then separate from water or oil which may be present at the drilling or blow-out point. This mixture is then sealed and cooled in order to condense the gas beyond its dew point, and the resulting liquid mixture of gas condensate and other contaminants is fed into another vessel, known as a high pressure separator. This stage involves using high pressure to convert the raw hydrocarbons, as well as the water, back into their gaseous form, and sending them to a main gas compressor. This condensate is then sent through a control valve, which is triggered in the main gas compressor by the temperature and pressure of the gas, where it undergoes a partial re-vaporization from the abrupt cooling after removal from the compressor. For this reason the hydrocarbons then go to a low pressure separator, where condensate is removed, and the remaining gas is sent to a booster compressor in order to ensure that flash vaporization does not reoccur. The reason for multiple compressions is to ensure that no condensate remains after the booster compression process, since the gas is then sent to a pipeline to a natural gas processing plant aboard the offshore drilling site. At this point, the hydrocarbons must be separated from one another, since methane is the most useful hydrocarbon and easiest to transport, and heavier hydrocarbons may have different volatilities and present unique transport problems. Additionally, some water vapor and acid gases may remain in the mixture at this point, so they are first removed in a preliminary raw processing plant via dehydration. Then, the hydrocarbons are separated from one another, usually using a series of membranes. A combination of synthetic membranes will allow methane to be sent to another pipeline, and then stored for later transport, and the heavier hydrocarbons are removed since they have heavier molecular weights. This unique synthesis of separating techniques has made obtaining natural gas from remote undersea sources possible and allows increased production of natural gas. The Basics of Liquid Natural Gas The oil and gas industry is constantly changing. There are many observations that can be made about the market and how fuel affects it. First of all, natural gas is one fuel that is advancing quickly in the wake of high oil prices. One reason that it is so desirable is that there is an increased demand for commercial, residential, and industrial use of it. However, there are still some bugs that need to be worked out. These would include demand-driven transportation constraints, marginal cost of getting natural gas, and the comparatively small amount of storage for natural gas to provide some kind of price buffer. In an effort to solve some of these problems, liquefied natural gas, or LNG, has been introduced. Liquid natural gas is basically created in three steps. To start out, a subterranean gas is frozen into a liquid state through a state of the art cryogenic process. They do this by using temperatures as low as 280 degrees Fahrenheit. Once the gas has been frozen into a liquid state, it is stored in holding tanks or pump it into vehicles that are able to transport it to a different location. Once it has been moved to where it needs to go, the LNG is pumped back into a different storage tank that turns it back into a gas. Once back in this state it can be used for market consumption. There are many pipeline heating requirements that must be met, which make this process altogether difficult. If a system has gas enter it that does not meet all of the standards, then it will not be allowed to flow in until it is stripped of its heavier particles. This usually adds an extra cost to the entire project and increases the amount of time it takes to complete it. One benefit to natural gas is that it is the cleanest burning fossil fuel. Coal produces more pollutants than does natural gas. There is natural gas available outside of North America, but it cannot be accessed by pipelines. That is why transporting it as LNG is so important. It is much more compact and lighter to transport. It can be stored in large quantities and is a cost-efficient way to help the economic needs of the country. America is in need of more gas sources in response to calculated supply and demand expectations. Liquid natural gas seems to be an improving and affordable choice for this. To make this happen, the government and dallas, tx oil and gas energy companies need to continue to work towards meeting the demand for natural gas. Save with a Tankless Water Heater Tankless or instant natural gas water heaters are an innovative new item available to help homeowners save money while consuming less energy. Traditional devices work by constantly keeping a tank of water hot, whether it is being used or not. Tankless appliances work by only operating as needed, eliminating the need to keep a full tank waiting to be used. Costing roughly the same as a quality tank based device, an instant water heater can begin saving money for the consumer immediately. They are also safer and less likely to cause damage to the property if a problem occurs. Green conscious consumers are becoming aware of these appliances and the potential energy savings they provide. If building a new property or replacing an existing device, consider an instant heater. The cost of instant water heaters is rapidly becoming on par with a tank style one. If purchasing an appliance for a new property the consumer can begin saving immediately, as venting and piping can be planned around the new device. Those replacing existing hardware can still save substantially over time though there can be some extra cost to replace venting in some cases. If a homeowner has a service company flush his tank based appliance annually the ability to discontinue this service is another example of savings provided by these heating appliances. Some consumers are choosing tankless devices because of safety concerns. Since they do not store hot water in a tank there is no need to worry about leaking and rupture of the vessel. Ruptures can cause massive damage to flooring, walls and furniture. While it is possible for a tankless heater to leak, it will likely leak much less before being discovered due to the lack of a tank. Skyland Trail helps to promote recovery from mental illness in its patients. Programs foster reintegration into the community and strive to help adults to live with dignity and independence. In partnership with families, providers and the community, Skyland Trail delivers treatment, education and research. An instant heater also eliminates the need for a homeowner to drain the appliance of sediment annually. With instant heaters there is also no layer of sediment which accumulates at the bottom of a tank style device. This sediment can in some cases react with chlorine in municipal water supplies and create undesirable chemical compounds. Consumers today are more conscious of the environmental impact of their decisions. Tankless devices waste less energy since they heat on demand, rather than operating regardless of need. Since many of these heating devices are powered by clean burning natural gas green conscious consumers concerned with their impact on the environment are beginning to choose them. Someday in the future tank style appliances may be looked at in the same way oil lamps are today, thanks to this innovation from the oil and gas industry.