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WC Pipeline Posts

Bonnyville Meter Proving and Shutdown Services

Meter proving and meter testing are very different. Here’s why.

Meter proving where a “prover” checks and verifies the precision of a meter either digital (aka SMART) or analog. The aspects for Meter Proving as well as the anticipated outcome can change per the different sorts of meters using unique attributes. For instance a propane meter prover samples the accuracy of a gas meter. Meter Proving ultimately counts on the proof or meter factor prover, which will be the value employed verifying the distinction amongst the meter’s results with a pre-calculated range outlined in the provers field manual.

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Image used with permission from Energy Marketing

Meter proving is a technique for determining a rectification issue (i.e. a meter factor) to regulate the measured numbers for errors due to installation and operational impacts. The moment the figures have been gathered from the meter proving professional, he/she then contrasts that data to national meteorology data publicly obtainable through organizations like the National Institute for Standards and technologies.

“Proving meters of hydrocarbon is common amongst pipelines. Exclusive prover connections are required for the metering station that will allow simultaneous measuring of the liquid in the two devices.” states Kyle McGuire, a Bonnyville Meter Proving and Shutdown Services contractor.

As early as the early 1900s, bell provers are now the majority of typical reference standards utilized in gas meter proving and has presented guidelines for the gas trade that is unfortunately susceptible to lots of immeasurable issues.

A gas meter prover is an instrument that confirms the correctness of a gas meter. The many uses of gas provers are those from municipalities and public works.The method in which meter proving contractors assess the accuracy of a meter simply by moving air through and then checking those results to the meter’s own central displacement. Next the prover compares the per cent of air transported through the meter utilizing the air assessed by the meter itself.

A bell prover has two layers, one internal tank enclosed by another external shell. A space between the tank that is inner outside shell is loaded with a sealing fluid, oftentimes oil. An upside down container, referred to as the bell, is applied over the inner tank. The liquid can there be to behave as an airtight seal for testing. Bell provers are ordinarily counter-weighted to give pressure level that is positive to a hose and valve fastened to a meter. Oftentimes wheels or guides are put in on the moving part of the bell which makes it possible for for smooth linear movement devoid of the potential for unmeasurable strain differentials triggered by the bell swaying back or forth.

This kind of extremely complex area one might not expect errors nonetheless believe it or not it isn’t uncommon. One non-uniformity above all others is the many common and that is where provers encounter temperatures discrepancies among the bell meter and the binding hose pipes used by the prover. hardware, human, loose pipes and joints, are things that can possibly also be the culprit for inconsistencies.

While we stated earlier, each meter and gas type features its own system of testing. whenever evaluating a natural gas meter you must first visually examine numerous things preceding starting any automation. There’s various different methods of testing such as gas quality, in the end meter testing never compares data to a primary reference device.

From time to time, orifice meters are transported off-site in Bonnyville for verification to primary reference devices in research-type facilities, however this testing is pricey and not often able to duplicate the field elements that impact meter accuracy.

As you can possibly gather from this write-up, meter testing/proving is a really complex process based on various factors.

For further insights please watch the following video.

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7 Common Misconceptions about Environment and Pipelines

By now, I’m sure you already know that pipelines have a bad reputation when it comes to the environment. Whether it’s with the pipeline company or the pipeline itself, people are suggesting that it won’t do any good for the environment.

But let’s set the record straight, some of the things you know about the environment and pipelines isn’t completely true.

That’s what we’ll talk about in this article, the common misconceptions about how pipelines affect the environment.

The pipeline industry doesn’t care about the environment

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Most of the time, people think of companies as composed of “heartless” businessmen, but that’s not true at all. It’s not like in the movies; pipeline companies are actually working to reduce the emissions from their operations.

However, they need to make sure that the energy delivered to people in cities is still sufficient. That’s why their efforts to be environmental-friendly is limited.

Pipeline operators don’t care about the wildlife, fish, and vegetation

It’s said that pipeline operators will only do their job, nothing less and nothing more. That means there’s no need to consider the wildlife, fish, and vegetation during the construction process.

In reality, what they’re actually doing is in contrast with what many believe. Pipeline companies have a planned route where they identify, the wildlife and vegetation, protects them throughout the construction process, then restore the area affected.

There’s a high chance of pipeline spills

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It might be difficult to believe this, since it’s one of the most common misconceptions, but pipeline spills aren’t as likely to happen as you think. Pipeline spills are actually rare.

To assure you of this, more or less 99% of the transported crude oil moved through pipelines was moved safely. No spills. No incidents.

Additionally, the safety of the pipelines of each company varies. Some might even have more than 99% of transport success. And pipeline oil spills are getting less and less likely to happen over the years.

Environmental damage from pipeline spills is inevitable

While this isn’t entirely true, it’s not entirely false either. Pipeline spills might be rare, but it is inevitable. However, environmental damage isn’t always the result.

Pipeline companies are working to improve their technologies so that damage in the environment will be minimized. Other than the damage, they are also improving their equipment to achieve zero incidents.

It’s not only the technology, though. Companies are also improving and adjusting their system of doing things so that pipeline spills are minimized.

Pipeline companies are in contrast with renewable energy development

Despite what everyone says, pipeline companies are in favor of the idea of developing a more sustainable and renewable energy. In fact, the pipeline companies themselves are upgrading their technologies to improve renewability of energy.

However, since they won’t be needed if demand of energy sources (oil and gas) is removed, they still recognize that the world will still need energy sources in the future.

Technologies of pipeline companies are for profit only

As previously mentioned, pipeline companies are improving their technology in order to help, or rather, minimize the damage they do to the environment.

And that concludes our list of misconceptions. While a lot of people believe that pipeline companies are the bad guys, this is not the case at all, as you can see on this list. They are working at finding ways to be more environmentally friendly, just like the rest of us.

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10 Pipeline Safety Recommendations for Pipeline Operators

Pipelines are well-known to be harmful to the environment. This is due to its responsibility of transporting hazardous substances, such as crude oil.

However, this is all for the sake of the industrial and energy sector to help their needs of energy.

That’s why maximizing the safety of the pipelines is the only option they have. So here are tips so you can reduce the chances for incidents in pipeline operations.

Know Your Pipelines

A good pipeline operator should monitor the pipelines transporting hazardous substances. But operators should not only simply monitor the pipelines, they should also know how they are designed and constructed.

That way, operating and maintaining these pipelines will be easier and go more smoothly. It will also help with preventing accidents and mitigate any damage if an accident is to occur.

Follow the International Standards

Besides knowing the design of the pipelines, operators should operate these pipelines in accordance to the international codes; they are there for a reason.

These standards and guidelines are proven and tested to improve the safety of pipelines. So there’s no reason to disobey them. However, that doesn’t mean you can’t go beyond.

Additionally, there are company specifications that should also be followed. All of this is to ensure that pipelines are as safe as they can be.

Consider Every Small Details

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Even the slightest detail about the pipelines can changed the course of the job. It might even prevent accidents.

These small factors can include the quality of materials, depth of burial, impact protection, markings, wall thickness, and more.

So in addition to knowing the design, pipeline operators should also know the specifications of the pipelines they’re working with.

Perform Hazard/Risk Assessments

Operators should also test the pipelines once in a while. This is to ensure that the operation is using the best out of all the options available.

This is also necessary to learn how to mitigate, or possibly prevent, unusual circumstances or incidents.

Implement Emergency Plans

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Emergency plans are useful for predicting future accidents and by knowing about them, employees or workers can figure out a way to resolve the issue beforehand. This will also help with avoiding circumstances such as panicking.

However, with an emergency plan, workers should already be prepared for anything that might happen. An emergency plan will be pointless if workers are unable to follow them.

Using the Proper Equipment

One of the contributing factors of pipeline safety is equipment. Just like with having worn out pipelines, using low-quality equipment will increase the chances of accidents.

It pays to remember that not all equipment is necessary for the safety of pipelines, and the equipment that are necessary, should be monitored regularly.

Monitor the Equipment

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Monitoring the pipeline equipment should be done regularly. If not, a drop on productivity or accidents may occur.

The operating pressure and temperature should always be monitored. There should also be automatic shutdown systems in case the volume of dangerous substance is exceeding the normal amount.

Operators should also be able to know if equipment should undergo maintenance, or it needs to be replaced.

There you have it! Ten expert safety precautions to ensure your pipeline is not a threat for any near-misses. Do you have a set routine in place to prevent any safety hazards? We’d love to hear what they are!

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How to Solve the Environmental Problems of Pipelines

Oil and gas are essential for the industrial and energy sector and is continuously moving around the country. However, there are many circumstances that may result from oil and gas.

However, pipeline spills are inevitable and often they’re situated in places where wildlife, vegetation, and fish are affected. Since transport of crude oil is harmful, it’s important to minimize the damage that these pipelines are inflicting to the environment.

So here is our in-depth guide to how the environmental issues surround pipeline can be solved with feasible projects.

Shutdown of Pipelines: Great Idea?

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There are many companies that have called for shutdown of existing pipelines and stopped constructing new ones. But this might not be the best thing that companies have done.

The shutdown of existing pipelines is okay, but instead of stopping construction, they should replace the old ones with new ones. It’s also better if the replacement will be bigger than normal.

So why is Bigger Better?

Constructing bigger pipelines means spending a lot less money rather than building a lot of small ones around the country. That means it will save some funds for companies that they may use for safety countermeasures instead.

But funding isn’t the only benefit of making pipelines bigger. Replacing the smaller ones with big ones means newer and higher-quality of materials.

Through this upgrade, pipeline spills and other incidents will have a lower chance of happening.

Route Planning

Having a fixed route to follow is also a great way to solve the environmental problems of pipelines.

Often times, the route of pipelines intersect with wildlife, vegetation, aquatic life, and even residential areas. All of this will contribute to pipelines’ dangers.

By laying out a plan to where the pipeline transports the oil, the operation can avoid doing any damage, both in the environment and to human life.

However, workers in pipeline companies aren’t too dedicated in doing this. So it’s recommended that they should implement a specific plan that workers should follow.

Research about the Harmful Effects of Oil

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Another way to solve the environmental problems of pipelines is to know more about its dangers.

Through research, it will be possible for technologies to be adjusted just to lessen the negative impact of pipelines.

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