Thursday, November 28, 2013

Happy Thanksgiving!


Happy Thanksgiving!

Have a wonderful day enjoying food, family and friends

Monday, November 25, 2013

Energy to keep America moving video



It takes a whole lot of energy to keep America moving, growing and thriving...

It all starts with oil and natural gas. And at the center of America's oil and natural gas industry are the hundreds of thousands of hard-working men and women who work to safely refine, transport and market petroleum products. Every day they bring an unmatched level of skill and professionalism to their vital work. Creating the fuel for nearly 250 million vehicles... aviation fuels for commercial, private and military aircraft. And petrochemical feedstocks for products ranging from medicines and apparel to the fertilizer needed to grow the food we eat. They operate and maintain more than 170,000 miles of secure pipelines and safely transport and deliver petroleum products to businesses and consumers. But vital fuels and other products aren't all the U.S. oil and natural gas industry produces refineries also produce jobs and economic growth. The U.S. refining industry supports approximately 540,000 good-paying American jobs and supports $268 billion of U.S. GDP providing the oil and natural gas that keeps our nation strong, prosperous and on the go.

Friday, November 22, 2013

Getting To Know The Importance of Calibration

One of the wonders that people have discovered in the world of science and measurements is calibration. Often referred to as the process of verifying and determining the relationship between the output and the response of measuring instrument to the value of the input quantity, calibration is known as a measurement standard.

For non-specialized use, calibration involves the entire process of adjusting the output/result or the indication on a measurement instrument to correlate with the value of the applied standard within the boundary of specific accuracy.

WHY USE CALIBRATION?

In more modern and scientific language, calibration is referred to the natural process of transition that is used to measure accuracy and comparison of a measuring instrument that has a standard to determine the possible errors in a specific scale.

Today, calibration is basically used for the process of manufacturing so less and less possible mistakes and errors can be made. This process or measuring apparatus is also used to lower the cost of manufacture or possible production by determining or ensuring the quality.

Calibration is also ideal in minimizing possible errors because it uses scientific method to determine impending miscalculations while doing something to correct the errors if there were any. Calibration becomes more and more popular to companies because the method aims to economize time, labor, and other resources in any production by means of accurate verification.

If there were one industry that benefits a lot in the discovery and utilization of calibration, that would be the numerous laboratories all over the world that conduct seemingly endless and continuous research. The researcher or the tasked observer usually uses this measuring apparatus to refine his or her work.

Calibration is also greatly beneficial to a researcher is he or she doesn't the time to develop his/her own apparatus due to lack of time and he/she needs a set of methods for accurate testing.
Aside from the field of research laboratories, calibration is also extremely beneficial because it makes the construction of instruments that are capable of measuring with sufficient precision and lesser probability to ensure correction.

Considered as the actual accuracy of a scale or balance, calibration is widely used in testing the products to get their accurate weight. In the United States alone, an agency called National Institute of Standards and Technology that is tasked to maintain standards for values of SI units and industrial standards, calibration has become a helpful tool in providing the traceability of their subjects of study by adhering to the basic standards of calibration.

Low Jeremy maintains http://calibration.articlesforreprint.com . This content is provided by Low Jeremy. It may be used only in its entirety with all links included.
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Tuesday, November 19, 2013

Frontline Environmental Services

Our team of professionals provide customers with a mechanism for managing safety, construction costs and scheduling, from conception through final systems validation & start-up. We have a combined experience and knowledge that spans several distinct industries and markets. We capitalize on this diversity of expertise by incorporating the latest cutting edge technologies, products, methods and information into our designs.
Services
• Engineering Design
• Software & Systems Integration
• Consulting
• Installation
• Preventive & Predictive Maintenance
• 24 Hour Emergency Response "Call-Out"
• Training (On site or at our School)
• Conceptual Planning
• Feasibility Studies
• Cost Analysis
• Facilities Access Design
• Calibration
• Site Development Planning
• Project Management
• (C10) Construction Management
• (C10) Construction Installation
• Inspection (ISA, IEEE, ANSI, NEC, API)
• Start-up & Systems Validation

Saturday, November 16, 2013

Why You Need Feasibility Studies

In the realm of business, countless measures are taken to ensure success. From risk assessment to feasibility studies, people work tirelessly to implement various strategies that give any particular venture the best odds for survival. If you're asking yourself what a feasibility study is, it's very easily defined.

Simply put, studies are groundwork investigations into the prospective benefits correlated with undertaking a particular activity or project. A feasibility study's main goal is to take into account all conceivable factors associated with a task, and then determine if the time and other resources invested will return a wanted result.

Most feasibility studies are highly detailed and fully examine every plausible angle. For these reasons alone, conducting a feasibility study is undoubtedly in your best interest. However, the decision to carry out a study is one that should never be taken lightly. You will have to invest a lot of time and a lot of money into your study. Conversely, not implementing a feasibility study can prove to be infinitely more damaging due to expenses and time lost recouping a loss.

It's always in your best interest to make the best possible use of a study. You're going to need a clearly defined course of action consisting of multiple business models or scenarios that you want to explore.

Conduct an initial investigation and explore your business ideas, goals and possible risks before moving along with an all-out study. Members of your committee or a hired consultant can help perform the early investigation. You can try things like doing a marketing study in order to determine if the business idea has any market viability.

This way, if it doesn't, you've just saved a costly and time consuming process by not moving forward with the comprehensive study. And if the idea does have market viability, then it's a safe bet that your feasibility study won't result in a loss.

A properly implement feasibility study will address issues such as cost and other factors that are both directly and indirectly associated with the project or idea. If you're putting a new product on the market, the study will examine the costs associated with reaching out to a customer base for the product. The use of these studies has offered assistance to companies for years.

It helps with understanding which projects to proceed with and which to let die on the vine before investing countless resources for a lost cause. If you find that an idea shows no promise of generating profit after a feasibility study is performed, which could be the case, then take solace in the fact that you can minimize your losses. When you're planning to spring into action with your latest project idea, it's always a great idea to conduct some type of market study. It is the thorough investigation performed that will better assess what shot it has at success. It's something you're going to need eventually in a successful business.

For more information on how to grown your business online and how to use effective internet marketing, please visit us at http://www.ladyluckmedia.co.uk
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Wednesday, November 13, 2013

Choose The Right Calibration Services For Maintaining The Performance Of Gadgets

The intense increase in the use of various electronic gadgets has simplified the way of life of people. There are so many tasks which are performed with the help of various gadgets. This has greatly reduced the manual efforts and incorporated an element of modernization. Various gadgets have found application in different households, industries and factories. The use of various modern devices has made it possible for individuals and establishments to get several benefits. However, it is extremely important for people to ensure that the gadgets they use are at par with certain standards. A gadget which is performing below a standard is not considered to be very suitable.

One very important thing which gadget users should keep in mind is about calibration. There are a number of experts who provide these services. Calibration services are basically the methods of evaluating and adjusting the values of a gadget for its precision and accuracy. Such a thing is done by comparing the gadget with another gadget which has an accurate and unvarying standard. These services are capable of checking, determining and correcting all the gadgets that use quantitative measurements. Many individuals and establishments rely greatly on these services. The method of calibration cannot accept any kind of faulty and shortcut processes. These services include validation, repair, preventive maintenance and electronic asset management.

Many laboratories, hospitals, measuring device manufacturers, aviation and testing industries, engineering institutions and processing plants undergo calibration. In order to ease the process, calibration instruments can be used. The use of these instruments brings a number of benefits. It can greatly benefit the manufacturers and consumers. Manufacturers can greatly increase their level of productivity, get a smooth flow of work and reduces wastage. The consumers will get the advantage of using high quality products. The business organization as a whole tends to become very credible by using these instruments. wastage Their brand becomes popular throughout and is promoted positively. The instruments should definitely be calibrated in these establishments so that the standards are maintained and the progress of the establishment is ensured.

Organizations should make all possible efforts to avail these services from a reliable source. If a reliable and expert service provider is approached for carrying out the process of calibration, the establishments can get several benefits. These service providers use sophisticated instruments for the process. They are capable of giving the accurate results. Proper actions can then be taken by the establishment. These services can be adopted at extremely reasonable costs. There is no need to spend huge sums of money in getting the instruments calibrated. The reliable services would ensure cost effectiveness to the establishments. It proves very profitable for the organization, individuals and households to a great extent.

Author define the calibration services usage for better maintenance of gadgets Performance, has years of experience in testing and measuring tools. Through this article he shares some valuable information on calibration instruments among all reader here.
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Sunday, November 10, 2013

The History of Automation

Mankind has always tried to use technologies in order to improve his life. The wheel, for instance, was invented in order to transport goods saving forces and to move more quickly. The discovery of fire helped to heat him and to defend himself from wild animals.

From the very beginning man has always looked for a better way of life. Time after time, he has continued to improve his environment, both at work and at home.

The first automations in fact were born in the factories, where at the end of the 19th century the first applications of electricity permitted to make some automated operations, without the intervention of a human being.

Slowly then there has been a shift from manual jobs to automated jobs, from simple tools relied to the ability of a person to process chains controlled by programmable controllers.
That's why many jobs disappeared and new ones were born,and others have completely been transformed.

So automation is whatever permit to make a sequence of automated activities, often in a faster way. And this idea was born in the world of industry. Here in fact there was the need of helping the worker taking him away from repetitive and depressing jobs: as a consequence automated machines and technologies have been developed, so that the way of working in a factory completely changed and the manual factory became automated.

Just think for example at the automobile industry: production times have been deeply reduced thanks to automated production chains, based on sophisticated machineries handled by programmable controllers which control all the production chains without any human intervention.

More info about used machines on http://www.mach-trade
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Thursday, November 7, 2013

Products: Omntec Automatic Tank Gauging and Leak Detection Systems


 
OEL8000II Tank Gauging and Leak Detection System:

The OEL8000II is a comprehensive tank-gauging and leak-detection system that can simultaneously monitor product levels, water levels, temperatures and leaks in up to 8 tanks. With advanced technology and enhanced features, the OEL8000II is suitable for a variety of gauging and leak-detection applications.
 
 
Leak and Level Detection

OMNTEC’s LU and LPD leak-detection and overfill-alarm systems provide continuous, accurate monitoring in a variety of applications. Typical applications are reservoirs, sumps, dry interstitial spaces and dispenser pans. These easy-to-install controllers alarm for in tank levels and leak conditions. The LU controllers are capable of accepting up to 9 sensors for high level and leak detection. The LPD controllers are capable of accepting up to 9 sensors for in tank levels and product distinguishing leak detection. The electro-optic sensors used with these controllers allow users to easily cycle all sensors through a simulated leak, with the press of a single button. This feature eliminates the need to remove the sensor from its location.

Monday, November 4, 2013

What's Up With The Future of Natural Gas?



New technologies are safely recovering more than a century's worth of clean natural gas in America.

Friday, November 1, 2013

What are SCADA Systems?

SCADA is a word that is used mostly to portray management and control solutions in a broad range of businesses. Some of the businesses where SCADA are used are Electric Power, Water Management Systems, Mass Transit Systems, Manufacturing Systems, Environmental Control Systems, and Traffic Signals.

SCADA as a System

There are several parts of a working SCADA. A SCADA-system generally takes account of signal hardware (the input and the output), networks, controllers, communications equipment, user interface (HMI), and software. At one fell swoop, the word SCADA refers to the entire central system. This central system typically monitors information from different sensors that are both off-site or in close proximity.

User Interface (HMI)

A SCADA scheme comprises a user interface, called "HMI or Human Machine Interface." The HMI of the SCADA scheme is where information is processed and offered to be monitored and viewed by a human operative. This interface typically incorporates controls where individuals could interface with SCADA system.

HMIs are easy means to standardize the facilitation of viewing and monitoring numerous PLC's or RTU's. Usually PLC's or RTU's will run a pre-programmed procedure, but monitoring all of them individually could be hard, typically because they're spread out all over the scheme. Since PLC's and RTU's historically had no consistent method to show or present information to an operator. The SCADA system corresponds with PLCs all through the network system and processes details that are easily dispersed by the HMI.

SCADA Hardware and Software Components

SCADA systems are extremely advantageous means to monitor and run processes. They are truly great for small applications like control of climate or could be efficiently used in big applications such as controlling and monitoring a mass transit system or nuclear power plant.

SCADA could come in an non-proprietary and open protocols. Smaller schemes are exceptionally reasonable and could either be bought as a complete system or could be matched and mixed with particular components. Big systems could as well be made with off-the-shelf components. The SCADA scheme software could as well be simply configured for approximately any application, eliminating the necessity for intensive software or custom made development.


For more information about SCADA Systems try visiting http://www.explaintechstuff.com/scada.html and learn more on SCADA Systems
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