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Gas and Oil Industry Experience

​BJ Inspections has provided inspection and managerial services to many industry projects including Distribution and Transmission Pipelines, Power Distribution, Compressor Stations, Sub Stations, Fractionation Facilities, Well Pad New Construction, Well Pad Reclamation, M&R Stations, Above Ground Storage Tanks and more.  ​

Visit the About BJI page to learn more about our mission and commitment to quality. 

BJ Inspections is committed to building and maintaining a safety-conscious workforce.   

BJ Inspections is always interested in receiving resumes from quality workers. Click on this link to submit your resume to BJ Inspections, Inc. 

BJ Inspections, Inc. provides quality assurance, quality control (QA/QC) and managerial services to the gas, oil and power industry.

814 367 0419

Westfield, PA 16950, USA

BJ Inspections workers bring years (often decades) of experience in the gas, oil and power industry and in their crafts. Clients feel at ease knowing their project is looked after by competent, hard-working inspectors and project leads. Our inspection and managerial services are listed below.

Dominion Energy:

All In – Supplier Diversity

featuring BJ Inspections Inc.

BJI representatives are professionals with field experience and technical knowledge who enable successful project completion.

HUBZone Certified and Service-Disabled Veteran-Owned Small Business

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How Much Does Duct Cleaning Cost?

Most people are now aware that indoor air pollution is an issue of growing concern and increased visibility.  Many companies are marketing products and services intended to improve the quality of your indoor air.  You have probably seen an advertisement, received a coupon in the mail, or been approached directly by a company offering to clean your air ducts as a means of improving your home’s indoor air quality. These services typically—but not always—range in cost from $450 to $1,000 per heating and cooling system, depending on the services offered, the size of the system to be cleaned, system accessibility, climatic region, and level of contamination.

If not properly installed, maintained, and operated these components may become contaminated with particles of dust, pollen or other debris.  If moisture is present, the potential for microbiological growth (e.g., mold) is increased and spores from such growth may be released into the home’s living space.  Some of these contaminants may cause allergic reactions or other symptoms in people If they are exposed to them.  If you decide to have your heating and cooling system cleaned, it is important to make sure the service provider agrees to clean all components of the system and is qualified to do so.  Failure to clean a component of a contaminated system can result in re-contamination of the entire system, thus negating any potential benefits.  Methods of duct cleaning vary, although standards have been established by industry associations concerned with air duct cleaning.  Typically, a service provider will use specialized tools to dislodge dirt and other debris in ducts then vacuum them out with a high powered vacuum cleaner.

In addition, the service provider may propose applying chemical biocides, designed to kill microbiological contaminants, to the inside of the duct work and to other system components.  Some other service providers may also suggest applying chemical treatments (sealants or other encapsulants) to encapsulate or cover the inside surfaces of the air ducts and equipment housings because they believe it will control mold growth or prevent the release of dirt particles or fibers from ducts.  These practices have yet to be fully researched and you should be fully informed before deciding to permit the use of biocides or chemical treatments in your air ducts.  They should only be applied, if at all, after the system has been properly cleaned of all visible dust and debris.

Note: Use of sealants to encapsulate the inside surfaces of ducts is a different practice than sealing duct air leaks.  Sealing duct air leaks can help save energy on heating an cooling bills.

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Borescope Cameras & Videoscopes for Sale


Today Remote Visual Inspection (RVI) is becoming more popular and necessary in various industries. But sometimes professionals as well as beginners are hesitant to use borescope cameras because they are not sure if they need any special training or skills to work with a borescope camera. However, most inspections (with the exception of aviation borescope camera inspections or those that require Confined Space Training or Lock-Out Tag-Out training) do not require any special knowledge or skills. Here are some care and precautions for your borescope camera usage:

Determine the required length and diameter of insertion probe for your borescope camera. A point to make here is that you need not purchase the longest length borescope camera you can find. In many cases a long borescope camera probe can be more work than necessary.

The insertion probe of your borescope camera should be handled as a delicate instrument. Damage to the borescope camera probe at any point can compromise the borescope camera communication to the screen. In addition, articulating borescope cameras have cable guides in them that allow you to articulate the borescope camera tip and these can be damaged as well. It is better to avoid excessive bending or forcing the borescope camera probe. The borescope camera should not be used to push out FOD or other materials. The borescope camera is a visual inspection device, not a cleaning tool.

In most cases a borescope camera is lightweight and compact, you can take this video bore scope with you wherever inspections need to be performed. The portable borescope camera may have a neck carry strap or a borescope camera holding arm to help facilitate travel with the device. Most borescope cameras are tested to withstand a drop from 30 inches, although we would not recommend testing this drop data. All the borescope camera probes are water-, oil- and dust-resistant, which offers users greater flexibility expanding the scope of the borescope camera’s applications. However, many borescope cameras are not designed to be submerged into liquids for long periods of time.

Extreme hot or cold temperatures are an area of concern for your borescope camera. Some borescope cameras will be equipped with a temperature sensor that will alarm to let you know the inspection area is too hot and that the borescope camera probe should be removed immediately. Most borescope cameras do not provide these features and it’s best to cool your inspection area to the touch before inserting the borescope camera probe.

There are specially designed borescope cameras for hazardous inspection areas such as explosive environments, electrical environments and high pressure. Do not assume that your borescope camera can be used in these environments without reading the user’s manual first. A good rule of thumb is, if you would not expose your finger into the inspection area; do not expose your borescope camera to the inspection area.

Borescope cameras are refereed by various names: Borescopes, bore scopes, videoscope, borescopes, video borescopes and fiberscopes. Whatever you call it, take care of your specialty tool. Your borescope camera will prove not only to be an inspection device but also a great time and money saver.

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Infrared Non-Destructive Testing

Defects in a material cause temperature radiation to pass through the material at varying rates, and these differences are picked up by the IR camera. In this way, IRNDT can detect defects under the surface of a material such as cracks, voids, and impurities. Surface defects can also be identified like cracks, uneven mixtures, undercoating rust, and impurities. Beyond material defects, irNDT can be used for semi-conductor applications to detect current leakage, shorts, faults, and shunts. It can also be useful to visualize and measure stress on cyclically loaded materials.

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Sell With Clearinghouse || Houston and Spring, Texas NDT Services, Oilfield Inspection Services, Ultra Sonic Testing

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CMM Dimensional Inspections

GAGE R&R TRAINING  

 Basic training explaining gage reproducibility and repeatability of gaging  

 ASME 14.5 Y TRAINING  

 Three day course in print reading and creation  

 DATA COMPILATION TRAINING  

 Two day course in arrangement and defining of collected data  

 PC-DMIS SOFTWARE TRAINING  

 Software training in 3 categories: basic, intermediate, and advanced   

 PC-DMIS OPERATOR TRAINING 

Outsource all your programming needs to Constellation Powerlabs 

No need to undergo recruitment of trained programmers that only add to head count. Constellation PowerLabs will professionally write your programs for you, install them onto your CMM’s, and we will train your designated operators to expertly execute those programs. Your operator will be trained in verifying the CMM is performing as it should, that the probing has been qualified, and the parts can be loaded and unloaded onto fixturing for the procurement of accurate data. We also offer live support should the operator need it.

   

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Infrared Non-Destructive Testing

Defects in a material cause temperature radiation to pass through the material at varying rates, and these differences are picked up by the IR camera. In this way, IRNDT can detect defects under the surface of a material such as cracks, voids, and impurities. Surface defects can also be identified like cracks, uneven mixtures, undercoating rust, and impurities. Beyond material defects, irNDT can be used for semi-conductor applications to detect current leakage, shorts, faults, and shunts. It can also be useful to visualize and measure stress on cyclically loaded materials.

Source

HOME

Gas and Oil Industry Experience

​BJ Inspections has provided inspection and managerial services to many industry projects including Distribution and Transmission Pipelines, Power Distribution, Compressor Stations, Sub Stations, Fractionation Facilities, Well Pad New Construction, Well Pad Reclamation, M&R Stations, Above Ground Storage Tanks and more.  ​

Visit the About BJI page to learn more about our mission and commitment to quality. 

BJ Inspections is committed to building and maintaining a safety-conscious workforce.   

BJ Inspections is always interested in receiving resumes from quality workers. Click on this link to submit your resume to BJ Inspections, Inc. 

BJ Inspections, Inc. provides quality assurance, quality control (QA/QC) and managerial services to the gas, oil and power industry.

814 367 0419

Westfield, PA 16950, USA

BJ Inspections workers bring years (often decades) of experience in the gas, oil and power industry and in their crafts. Clients feel at ease knowing their project is looked after by competent, hard-working inspectors and project leads. Our inspection and managerial services are listed below.

Dominion Energy:

All In – Supplier Diversity

featuring BJ Inspections Inc.

BJI representatives are professionals with field experience and technical knowledge who enable successful project completion.

HUBZone Certified and Service-Disabled Veteran-Owned Small Business

Source


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