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STEEPLED Analysis Made Easy

It seems to be impossible to survive in a modern business without performing a deep analysis of company position in internal and external environment, strengths and weaknesses, a number of factors that are said to have either direct or indirect influence on business performance. It is impossible to run business with your eyes closed without being aware where you’ll be in the near future. Of course, it is impossible to envision all problems and challenges that business owners, shareholders and top managers may face. However, it is quite possible to evaluate company position and to present time and thus make forecasts as to possible problems that the company will face in future. Solving problems before they occurred is a part of strategic planning to which is impossible without performing thorough analysis. There are various analysis types that are used for different purposes. Some of them evaluate current performance in order to a few immediate goals while others work in the long term. In this article will talk about analysis that covers most important aspects and environments any company is operating in. STEEPLED analysis is an extended version of PEST and PESTEL analysis types that a quite popular throughout various industries. Now let’s analyze STEEPLED analysis and give a brief characteristic of its each element.

STEEPLED is abbreviation for Social, Technological, Education, Ethnic, Political, Legal, Economic and Demographic factors. As already said above, this is an extended modal of PEST and PESTEL analysis, and thus, it covers more factors, consequently offering top managers and business owners and more complete information. What do these factors mean?

Social factor is focused on following social trends and tendencies, as well as attitudes and contact patterns. Every business is an inseparable part of the society and thus it should function according to social rules and norms. Companies should take advantage of social trends to make profits. Technological factor perhaps requires no explanation. It is evident that in order to achieve success in any business and industry it is imperative to make an effective use of the latest technologies and innovation. The recent success of world famous IT companies is a vivid example. Education factor covers all training and coaching issues. It means that company personnel should be constantly developing and improving knowledge and skills. Company top managers and owners must understand that qualified and loyal personnel is the most valuable capital they have. Ethnic factors are extremely important in multinational societies. It also plays a great role in human resource management were discrimination must be avoided. As to political factor when she did meet that politics plays a great role in social live and influences economic performance of the country. That’s why it is imperative to keep track of political developments and events in order to forecast possible economic changes. Economic factor is probably the most important and substantial since every business operates in a certain economy. Weak economies do not offer great opportunities for business growth. Finally, demographics factor is to be properly evaluated when launching a product or a service in a new market. Population density, average age and social background matter a lot for businesses looking to sell products and services.

Understanding the Procedures in Test Sieve Analysis

Test sieve analysis, or particle analysis, is an important consideration in numerous industries. This process is important to determining sieve performance, particle size distribution and more. However, test sieving can also be difficult to do, particularly for firms without in-depth experience in the process. There are several elements to successful sieve analysis, and all must be completed.

Preparing a Sample

Sample preparation is the first step in this process. In this step, the tester will need to determine exactly what type of particles will be tested, including the particle sizes. Testing samples should be kept relatively small in order to provide consistent results. Each particle in the test must be given a chance to pass through the openings in the screen, and smaller batches make this easier to accomplish.

Equipment for Testing

Sieve analysis uses a stack of sieves nested together. In addition to the sieve stack, testers will also need a shaker to provide uniform mechanical motion (circular and tapping). Having the right equipment on hand is vital to accurate results. The sieve stack should be assembled with the screen having the widest openings on top (the first through which particles will pass) and the screen with the smallest openings on bottom. A pan should be placed beneath the bottommost sieve to catch any particles that make their way through all of the screens.

Establish a Time for Testing

Sieve analysis requires the right testing times. Obviously, particles that flow freely through screens will require less time for testing than will fine particles that tend to bulk together. Several tests should be conducted at various intervals to determine the optimal time and performance rating for any screen in question. Time intervals of five minutes (10, 15, 20 minutes) are the most commonly used by industry experts.

Concerns in Wet Testing

In some instances, sieve analysis will have to be conducted under wet conditions. Many types of material do not screen well when dry, and it is vital that accurate test results are arrived at, so wet testing will need to be performed. Wet testing will require slightly different steps, with the primary difference being that water must be added to the test sample prior to any actual testing. The amount of water to be added should be determined by the specific application in question (to achieve a realistic recreation of real production situations).

It’s Better to Find an Expert Sieve Analysis Company

As you can see, conducting a sieve analysis can be a very in-depth process and requires strict controls in order to generate results that can be repeated (to be considered viable results). While test sieving can be conducted by anyone so long as the proper steps are followed and the right equipment is used, it’s far better to use the services of an expert company. With the right firm, any company will be able to determine the ideal screen opening size for a particular type of material, as well as the minimum screen opening size for performance.

Arc Flash Analysis – Improve Workplace Safety & Performance

An energy explosion that results from an electrical arc connected to ground or any other voltage phase in an electric system is called arc flash. This can be caused due to many factors or things that may include corrosion, accidental contact with electrical systems, dropped tools, build up of conductive dust, and improper work procedures.

As per expert research, it can produce hottest temperatures up to 35,000 degrees on the earth. No wonder, the risk of fatal injuries is higher with its occurrence. Flash hazards have been recognized as dangerous and occur frequently, putting the lives and health of workers engaged in electrical jobs at significant risk. Based on hospitalization records, statistics indicate that around 5-10 arc accidents involve a serious injury every single day in the United States to an employee.

Generally, these accidents types occur when any employee is required to work on electrical equipment. To avoid this, every country and state has been putting lot of efforts to reduce these incidents. In fact, a large number of organizations are now more willing and inclined to conduct arc flash analysis to ensure employee electrical safety during the course of job in a workplace.

The Flash Analysis Working

* Data Collection: Accurate and up-to-date information about electrical system is gathered as it is vital for analysis. The data includes:
* Transformer Data – KVA, Voltages, Impedance
* Fuse and Circuit Breaker Data
* Conductor Sizes and Lengths
* Electric Utility

* Engineering Analysis: The power system is evaluated using IEEE 1584 and NFPA 70E.

* Short-Circuit Analysis: It is required for coordination analysis, interrupting rating analysis, and arc flash analysis.

It is very clear that the fundamental requirements need to have a safe electrical working environment to place electrically safe equipments in the work place. The analysis on arc helps to include the equipments that have been verified to be safe electrically, meaning they won’t cause any danger.

Since, the accidents resulting from arc flash lead to devastating consequences wherein the workers and their families are involved, so it has become extremely important to conduct an analysis to ensure safety program to avoid any accident in the workplace.

Basically, a flash-hazard analysis comprises of studies of three electrical systems. They include:

* Short circuit study
* Protective device time-current coordination study
* The flash-hazard analysis study

The analysis is really important as it provides a detailed assessment of the electric system or help in evaluating the energy released during an arcing fault within the electrical equipment.

But, the flash hazard analysis must be executed accurately else it may worse than none at all. If you want to increase the safety of your work environment, then a flash hazard analysis would make a best choice to protect your employees and your business.

Crucial for personnel safety in any kind of industrial manufacturing unit, it must be undertaken with complete care and diligence. You may easily find many qualified professionals to do the task for you, but you must have thorough understanding of what you will be getting on your effort to create a complete secure electrical work environment from the company you are investing in to implement the safety program for your organization.