Saturday, February 17, 2018

Benefits of Outsourcing CAD Design Services


Computer Aided Design - CAD is used in creating, drafting, and construction plus automated documentation and 3D models. Automatic design systems generally used for designing of devices as well as all kinds of mechanical engineering and buildings.

Computer Aided Design is used in various areas such as building, architecture, mechanical, electro technical, aviation, and motor-car industry.

Nearly by the end of 60th decade of the last century CAD application in the industry Increased, this gradually strengthened with the emergence of personal computers. Initially it was used for 2D modeling, later for 3D modeling and design attained increasingly popular.

Automated design industry is simply too wide. Selecting appropriate CAD 2D design services and CAD 3D design for CAD system is a reliable method of efficient design. Following are the criteria of selecting the right system:

•Recognition of Computer Aided Design or CAD design
•Cost of CAD systems, maintaining it as well as revising it
•User-friendliness and expediency working with CAD
•Simplicity and capabilities of integration with other CAD systems
•Approximate width of the design projects 
•A horizontal library support for customary solutions is available
•Team work capabilities

Since last few years it is a general practice that design services are taken to outsourcing CAD design. Main reason of this is that CAD 2D design services and CAD 3D design services cut down on cost by outsourcing these projects to proficient work force.

Reliable outsourcing CAD design services can help you cut down on cost providing superior performance, and to get a well managed e-business infrastructure. It further helps in being more competitive as well as provides security. These days more business personnel opt for outsourcing CAD design services because here the business owner gets increases profits cutting down on costs as he does not require to invest on technical equipments, relevant paid software, and office space.

Article Source: http://EzineArticles.com/expert/Kelvin_Aniston/208253

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Tuesday, February 13, 2018

Cutting Edge Technology and America's Pipelines


The natural gas and oil industry uses the latest and greatest technology aimed at protecting the environment and communities where we operate.

Saturday, February 10, 2018

Benefits of the Industrial Automation Process and Control System


When rugged data acquisition and monitoring is needed in a variety of industrial applications, automation can provide many benefits. The technology is especially helpful in marine and offshore applications, where feedback signals, logic and switching functions can all be automated.

Automation utilizes information technologies and control systems to improve dependability and productivity. Machine automation processes can help to increase efficiency and consistency beyond a level that is possible with human effort. Automation goes one level above mechanization. While this streamlined process offers human technicians equipment to physical support to their regular tasks, the automation process decreases the need for human labor altogether. Depending on the industrial function, consistency and creation time can see a substantial increase. Optimizing drive systems to through robotic automation and control technologies can assist the manufacturing to be more efficiency and accurate.Today, energy efficiency in industrial processes is becoming more and more relevant. As energy costs continue to rise, automation can help work to decrease these costs.

Another benefit of automation includes an improvement in overall product quality. The use of automated systems also reduces the amount of time from beginning to end during the physical operations process. It provides benefits in instances where a high degree of accuracy and consistency are required. Automation can also replace the need for human workers in tasks where difficult physical labor is required. Robotic engineering can perform tasks that are simply beyond scope of human beings. Systems can be customized to ideal production without having to worry about human capital and the inherent limitations that go with it, such as physical endurance and mental concentration.

Most importantly, it can also replace the need for human workers in dangerous environments. This is especially beneficial in marine and offshore applications. Automated systems can withstand dangerous work environments and work around hazardous substances. By removing workers from these unsafe areas, and assigning them in more challenging operating and programming jobs, industrial automation improves quality of life and protects the company from costly insurance claims.

Robotic automation can also help to reduce costs. It not only can cut down on labor costs, but also can also reduce operation time and handling time significantly. It essentially allows workers to take on higher-level jobs in the automated processes. Fully integrated automation systems can provide piece of mind in knowing that not only is production efficient and reliable, but that tasks are being performed safely without putting employees at risk.


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Wednesday, February 7, 2018

4 Effective Ways of Preventing Explosions - Fire Safety Structural Protection


Explosions are a common cause of fires and a lot time and resources has been spent in coming up with the best ways of preventing an explosion ever happening. The following 4 techniques of 'Structural Prevention' involve constructing buildings in such a way that is specifically designed to prevent fires. The techniques have been proven to effectively limit the risk of explosions and fires, helping save lives in an often subtle way.

The first technique to be described is 'compartmentation'. Dividing a building into compartments or fire-tight cells using fire resistant materials can prevent the spread of fire and smoke within a building as well as the passage of vapour or dust clouds.

Fire compartment walls, floors and doors generally must provide a 60-minute resistance to fire, but this may vary depending upon the level of risk within the compartment. Walls, floors and doors subdividing such compartments generally must provide a 30-minute resistance.

Ceiling and floor voids as well as openings around pipe work and other services can allow air to feed a fire, as well as assisting in the spread of fire and smoke. Fire Stopping can be described as preventing the spread of smoke and flame by placing obstructions across air passageways.

The second effective technique is isolation. Isolation stops the explosion reaching other areas of the plant through pipes and ducts. It prevents the pressure from a primary explosion starting a secondary explosion and prevents the possibility of jets of flame issuing from long pipes. Depending upon the maximum explosion pressure, vessels may be constructed to contain the explosion. Most vessels that may be at risk of dust explosions are designed so that they will absorb the force of an explosion and not rupture.

The third technique is effective plant layout. Buildings that could be in danger of dust explosions must be designed along the same lines as any plant which has an explosion risk. The following features should be considered:

• Wherever possible, they should be isolated from other buildings
• Buildings should be preferably one storey high
• If inside, the vulnerable area of the building should be reinforced
• The rest of the areas of the plant must protected by a blast wall
• Sufficient venting to avoid structural damage from over pressure must be provided

The fourth technique is suppression. There are 3 ways to avoid creating an explosive dust cloud without modifying the dust itself:

• By adding inert gas to the atmosphere. This will reduce the amount of oxygen in the process area and thus reduce the chances of explosion
• By ensuring the dust is outside of its explosive (flammable) limits
• By adding inert dust, however this is not suitable for many industries as it contaminates the product.

The above 4 techniques are some of the main fundamental ways of preventing loss from fires right at the first stage of building an environment to live in or to work in. Designing a structure in such a way that helps prevent fires and helps limits the potential of loss during a fire is the best way of ensuring survival in the case of a fire emergency. Further information should also be sought to learn about the additional ways of preventing loss due to fire, to ensure that all eventualities are considered.

Article Source: http://EzineArticles.com/expert/S_Davis/1012462

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Sunday, February 4, 2018

Frontline Environmental - Our Vision


Since the founding of our company, our vision has been to form long lasting ongoing business relationships with customers by providing the highest degree of value and professionalism in the services we offer. Our vision is to provide our client a single source for specialized engineering and technical services that deliver innovative solutions, real value, expertise and continuity to their project or operation.

Thursday, February 1, 2018

An Introduction to Refining


Do you know all the ways refineries affect your daily life? This series explores the uses and science behind US refining.

Tuesday, January 30, 2018

How Do I Choose the Right SCADA Software?


It is amazing how the Supervisory Control and Data Acquisition landscape has changed in recent years. There was a time in the not-too-distant past when bright, entrepreneurial software developers could put a SCADA product on the market and find themselves on basically equal footing with developers of similar products, and there weren't a tremendous number of options if you wanted to buy a SCADA product. Of course - like with anything else that sells - things change.

Now, there are numerous SCADA programs on the market - all with different features, different licensing options, and different price tags. Choosing the right solution for the right project has become more difficult, and it's not getting any easier.

The Big Fish Eat the Little Ones

One of the major forces contributing to the redefinition of the global SCADA market is the increase in mergers and acquisitions over the last 20 years. As is common with any commercial product that achieves a certain level of success, larger companies with complementary or competitive products will acquire the rights to the smaller company's product. This is not entirely bad for the consumer, as the larger company will have more resources to dedicate to development and testing, and the acquired software package can potentially be improved by the investment. The downside is that the increased investment will typically lead to a higher price tag, and may have done nothing to make the product a better fit for your needs.

The process of one company acquiring another is certainly nothing new - not in SCADA or any other industry - and it's not likely to change any time soon. In fact they are only becoming more frequent as time goes by.

Within the last few years, some major acquisitions have permanently altered the landscape, and unless you've been diligently researching each and every SCADA product that's come on the market in the last decade, there is a good chance you don't know which product is right for you.

Which SCADA Software is Best?

That's the million dollar question (actually, more like 6.6 billion dollars in 2012). How do you know which software is the best? In truth, the question is misguided. It's not a matter of which SCADA software is best; it's a matter of which SCADA software is best for you and your project.

There are a number of factors to consider:

  1. What kind of data do you need to monitor?
  2. What kind of equipment are you using to capture the data?
  3. What kind of HMI (Human Machine Interface) do you need to view your data?
  4. From where do you need to access your data - on local machines or over the internet?
  5. How much time and manpower can you invest in setting up and deploying a SCADA solution?
  6. How important is service and support?
  7. How much will it cost?

These are all important questions, and there is no single solution that is clearly better than the others. Choosing a SCADA solution is a decision that will affect your entire organization and one that should not be made lightly.

The important thing to keep in mind is that spending more money or buying a more popular product is not going to ensure that you got the right product for your needs. While it's hard to argue with the adage that "you get what you pay for", when it comes to SCADA you don't always need what you pay for, and paying more is no assurance that you will get what you need.

Choose Wisely, and Your Choice Will Save You Time and Money

Many HMI and SCADA systems in place today were implemented many years ago. Once a system is in place, people are very hesitant to implement something new. Even the easiest and least expensive solutions will require a significant time investment, and it is not at all desirable to make that investment again anytime soon.

Spending the time to research and compare your options before you choose a product can save a tremendous amount of time and money later. It's an important choice; make it wisely.

Article Source: http://EzineArticles.com/expert/Rich_Hunzinger/1738534

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