MEP-Contractor-Promag-Engineering-1

Points To Consider While Choosing Best MEP Contractor In Qatar

A High-performing building system starts with choosing the best MEP contractor who will guarantee a successful project that fits within your technical and financial objectives.

MEP system holds hope for most of the project budget for component layout, renovations, and infrastructure upgrades.

Things To Consider While Choosing Best MEP Contractor In Qatar

Before going for a consultation with MEP Service providers, you must first understand the service level you need.

Discuss the project needs before confirming your MEP Contractor, and schedule a proper interview with them. They should have a better understanding of your business needs before committing to the work.

Points To Consider While Choosing MEP Contractor In Qatar

Because of continuous infrastructure development, Qatar has a great scope in MEP Service. Selecting a contracting company that offers comprehensive MEP services is important to consider as MEP services are the key services for any contracting job.

MEP Consultants in Qatar are well prepared to face any challenges related to MEP services and are capable to handle the projects well in the present and future. Promag is one of the leading MEP Contractors in Qatar among them.

With the latest technology, superior customer service, and constant accessibility to the team, Promag is gaining popularity in Qatar and GCC in the field of MEP Works. Let’s have a deep dive into everything you need to know before you make a decision on an MEP contractor. 

Select The Best MEP Project Team Leader

Make sure Project managers are included in the project as they can provide better leadership by being more familiar with the project details and thereby lead to improved project outcomes. Ensure to have a better understanding of the task they are going to accomplish and each stage of the process. 

Strong MEP Quality Management Program

They should have a strong quality management program that begins with a proposal that can be considered during every step of the project, from design to construction.

Get The Feedback From MEP Contractors

Know about the feedback of the MEP contractors before committing. This will give you a better idea about the quality of work. If it’s possible do a field verification.

Testimonials From Previous Clients

Try to obtain testimonials from previous clients, it will help you to have better information on identifying their caliber in completing the projects in time, within the allotted budget, and to the satisfaction of the client.

Quality Assurance Program

Study their quality assurance program. Acquire knowledge about the technology they use, their experience level in this field, and their knowledge.

Change Orders

Don’t forget to discuss change orders with the MEP engineer. If they have a proper and better plan for a change order, that implies they are committed.

Building Information Modeling

Check if they are using Building Information Modeling (BIS) for accomplishing a proper layout with efficient functioning.

Cost Estimation For MEP Materials

Ensure there is an accurate cost estimation and specific possible cost change for materials. A potential MEP Engineer will make sure that the budget won’t exceed the quoted price.

Construction Administration Services

Have a better knowledge of their Construction Administration services which are essential for the successful completion of the project.

Alterations On The MEP Projects

Check their level of acceptance of alterations on the project.

Ability To Meet The Deadline

Ensure that they will meet the deadline without any negotiation and they have enough resources like man and material to meet our business needs.

Easy To Communicate

Make sure the MEP engineers are easy to communicate with and connect with at any time. They should be fluent and experts in Verbal, written, and video communication. Ensuring that they are social type and have the ability to communicate with clients, owners, and other design and construction team members is of utmost importance.

Creative And Innovative

The ability to this creative and innovative is also an important factor to be considered.

Collaboration And Cooperation

Willingness and ability to Collaborate and cooperate with the owner, client, architect, other engineering disciplines, general and subcontractors, and other community stakeholders.

Physical Inspection

Make sure the MEP consultant will conduct a physical inspection on the side and if they have a proper idea of our business needs.

The significance of the MEP system is immense for any construction. So while choosing MEP Contractors please consider the above-mentioned points for a quality outcome. MEP works are important for improving aspects like lighting, heating, cooling, and environmental performance – while keeping design integrity and aesthetics.

MEP work will help to reduce operation and maintenance costs for the entire service life of the building, minimize construction and energy costs, and solve plumbing issues and wastewater management. MEP system ensures meeting environmental requirements while promoting water and energy conservation.

Next time make sure you choose Promag Engineering for quality and productive services. We are providing our services in the entire GCC. 

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How-Does-Instrumentation-Installation-Work-1

What Is Instrumentation Installation And How Does It Work?

Instrumentations are as complex as multi-sensor components of industrial control systems. There are a lot of Instrumentation and Electrical Contractors in the market as the demand for instrument installation is increasing day by day.

 Check out the complete guide on What is an Electrical Contractor.

What Is Instrumentation Installation?

The use or application of instruments to observe, measure, or control is called instrumentation Installation. It is measuring instruments that are used for indicating, measuring, and recording physical quantities.

How Does Instrumentation Installation Work?

Instrumentation Job includes testing, calibration, installation, repairing, and inspecting manufacturing equipment and monitoring devices. Instrumentation is used to measure many physical parameters; they are,

  • Flow
  • Temperature
  • Levels of liquids, etc.
  • Density
  • Viscosity
  • Radiation
  • Frequency
  • Current
  • Voltage
  • Inductance
  • Capacitance
  • Resistivity
  • Chemical composition
  • Chemical properties
  • Position
  • Vibration
  • Weight
  • Pressure

Process Of Instrumentation Installation Work

Sensors are incorporated into measuring instruments used for indicating, measuring, and recording physical quantities, this is the process of instrumentation.  

For Instrumentation Installation Work, the documents we might need to prepare are Planning Schedule, Daily, Weekly, and Monthly progress, Daily meetings for construction progress, Client and Contractor meetings, and Contractor and subcontractor meetings.  

Control and instrumentation (C&I) engineers are responsible for Instrumentation work. The standard version of Instrumentation Installation Work is;

Process Of Instrumentation Installation Work

Installation Of Instrumentation

When the piping/equipment scope is ready for Instrument installation, Instruments will be installed.  The instrument team will start installing instruments on equipment and piping when work fronts are ready.

It is as per Instrument Installation and Pneumatic hookups, we install  Instrument tubings with the necessary slope and bend.

It is through Pneumatic hook-ups and installation drawings Direct installation or remote installation will be identified. Then we check Accessibility for O&M activities.

Installation Of Junction Boxes

It is according to the JB location layout we will install Junction boxes and the Field Instrumentation team will check for the nearest possible distance to connect Instruments to junction boxes by field instrument cables.

For installation, we will also use JB installation drawing, and Accessibility for O&M activities should be checked at last.

Installation Of Field Instrument Cable Tray

Based on the cable tray routing layout we will install the Instrument cable tray. And we will identify the shortest possible distance for field cable routing.

Multicore Cable Routing

To lay multicore cable connecting Junction boxes Cable trenches will be dug and after that Marshalling cabinet is installed in the Control room.

For this we will use Cable routing layout, Junction box termination, marshaling cabinet termination details, Control room cable entry details, and drawing details. And to avoid any clashes with other systems, electrical cable routing, underground piping details, and structural drawings will be referred to.

Fiber Optic Cable Routing

For installation Fiber optic cable routing details will be referred to. the route of the pipeline will be selected if it is routed parallel to the pipeline.

To identify the depth, and breadth of cable trenches, Cable tiles, etc, Underground Cable Installation details are used. And based on this drawing, cables will be installed and backfilled.

Control Room

As per the Control room equipment layout, Control system panels, ESD panels, Fire and gas panels, Marshalling cabinets, Operator screens, Servers, Vendor panels ( Metering, Compressor, Analyzer, Vibration), PCs, Engineering PC’s control room furniture, etc are installed.

Under the false flooring of the control room Multicore and power cables are to be installed and the Control room civil building layout will also be referred.

Cable termination from Instruments to Junction box and junction box to Marshalling cabinets

For this activity Junction box termination, details and Marshalling cable termination details will be used.

Quality Control

The Quality Control Engineer will visit the site and identify and approve the process after the completion of each activity.

Conclusion

The scope for the Job of Instrument Technician is rising day by day because of the complicity of work. The main job For Instrument Technicians is to maintain, test, inspect, and calibrate equipment to ensure it is in good working order. The instrumentation Contractor is selected on the basis of the quality of work he does.

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ELECTRICAL-CONTRACTOR

What Is An Electrical Contractor – Complete Guide

We all are getting electrical work done at home or offices every now and then. Today, we will dive into the complete guide on what an electrical contractor is and what are their responsibilities.

What Is An Electrical Contractor?

Electrical contractors are to plan, build, and maintain systems in buildings. The term refers to both the businesses that provide these services and the individuals who perform them.

Electrical Contractor

Electrical contractors are essential in a connected world. Continue reading to find out more about the work of electrical contractors.

Find out more about the role of an electrical contractor here!  

The construction industry is dependent on electrical systems and component maintenance. These jobs require a certified electrician.

After the budget and design are approved, the contractor creates a work plan before beginning construction. This article explains in greater detail the duties of an electrician.

What’s The Job Of An Electrical Contractor?

Electrical contractors can do a variety of tasks depending on their specialization.

After the budget and design have been approved, the electrician will start construction. He or she may often use contractor systems to improve the project.

Each construction project requires different electricians. Experienced electricians can be a supervisor or project managers for large-scale projects. They ensure that every job is completed on time. You can finish any job on time and within budget if you have the right team. Reporting is the responsibility of electrical contractors.

Are you looking for an electrical contractor? Are you unsure where to start? Find out more information Please visit our electrical contractor hiring guide.

Contractors use power tools and heavy machinery in a variety of settings including homes and commercial buildings.

Difference Between An Electrician, And An Electrical Contractor?

Many people mistakenly believe an electrician is the exact same as an electrical contractor.

Electrical contractor: They make sure that any home or building’s electrical system is safe and functional. They are licensed electricians and insured to do the work that you require. 

Electrician: It is an individual who has been trained to perform electrical tasks.

When installing electrical wiring, electricians always follow all safety precautions. It can also be dangerous if it is not done correctly.

They both work in some way with electricity, but each one handles different aspects.

Difference Between An Electrician, And An Electrical Contractor?

Required Skills For Success As An Electrical Contractor

Think Critically

Sometimes it can be hard to pinpoint the cause of a problem. Sometimes wiring and circuitry installation can be complicated. You might need to modify the plan. You’ll also be on call and responsible for solving problems and thinking outside of the box.

Time Management

It is essential for all people to manage their time, but especially electricians. It is essential that electricians who own electricity supply businesses can estimate the labor and time required to complete a job. They are also known for their ability to complete tasks quickly, which makes them valuable.

Basic Skills in Math

Mathematical skills are essential for everyone. For certain tasks, like choosing the right tools or calculating the material required to complete a project, math skills are crucial. Not only is it important for electrical performance but also for safety.

Problem-solving skills

Electricians, in essence, solve problems. Every day brings new challenges and you will need to overcome them. You will need to solve problems such as sparking outlets, electric surges, shocks and overloads, as well as find the best way to wire a building.

Teamwork

It can be difficult to work with other professionals in order to complete a project. Being an electrician requires the ability to work in a team and communicate well with others. To be successful on the job market, you will need patience, communication skills, as well as a friendly demeanor.

Common Electrical Problems That An Electrician Solve For You

An electrician can help with common problems in your home. These include installing new fixtures and fixing wiring problems. 

Finding the right contractor for your electrical work is crucial to the safety and success of your business.

These problems are usually solved by electricians, but it’s possible to get into trouble quickly if you don’t have the right training.

Circuit Overload

Circuit breaker trips are often caused by overloaded power supplies. An apartment or home might not have enough outlets to power a home entertainment system. An overload could cause your circuit breaker to trip frequently in your home.

Electric shock

An outlet problem could be causing you to get an electric shock by plugging in your appliance. An electrical shock could occur if you try to plug in an appliance or electrical device to an outlet. This could also be a sign that there is a problem in the port and it will need professional repair.

Overcircuited panel

Tandem breakers differ from double-pole breakers because they occupy two slots in one electrical circuit. There will be very little danger. This problem can be solved by either adding or replacing an existing panel.

Power dips

Power dips can be caused by faulty devices or inferiorly made devices. These devices use power when they’re turned on, and may draw power from other electronics.

High Electricity Bills

You might have trouble paying your electric bills if you have a particular appliance that uses a lot of electricity. It may help to identify which appliances or devices are causing power surges and replace them. You may also want to unplug appliances when not in use to reduce your electric bill.

Types Of Electrical Contractors

A variety of electric and instrumentation services can be provided by licensed and certified electricians at both residential and commercial properties, Like.

Inside electricians – The electrical systems of buildings and structures are managed by inside electricians. These electricians are responsible for the electrical systems in buildings and structures. These workers may specialize in residential, commercial, industrial, or other structures.

While they spend the majority of their time indoors most of the time, they can also work outdoors on projects that are connected to an indoor system such as: B. Roof-mounted Solar Panels. They are most likely to work on a daily basis.

Outside electricians – Line workers who work on power transmission or distribution lines outside are called outside or line electricians.

These electricians make sure that electricity is safely and securely transported from power plants to substations before it is distributed to homes, businesses, or other facilities.

Conclusion

A business that offers electrical services is called an electrical contractor. These licensed professionals are skilled in the design and installation of electrical systems for residential and commercial buildings.

An electrician can come to your house to fix a light fixture or to install overhead lighting in an addition. An electrician can assist you with installing wiring in your basement or bathroom, as well as installing new switches and outlets throughout your house.

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solar power panel installation

5 Important Innovations In Solar Power

Our world requires an immediate revamp when it comes to energy production and its renewability. We as a civilization predominantly rely on fossil fuels.

In this day and age where availability has gone scarce and the impact it has on the environment has begun to leave permanent scars on the face of the earth, we really need to desperately look for an alternate energy source that should be reliable and renewable. 

5 Important Innovations In Solar Power

With the demand for fossil fuels increasing and with its limited supplies the price of fossil fuels has grown significantly in the past two decades. But here we have the solar power industry which has been exploring different possibilities and bringing innovations left and right, some of which creates a major impact on our energy system. 

5 Important Innovations In Solar Power

1: Thin Film Solar

In the old days, harvesting solar energy meant using solar panels of large sizes. It made the installation & maintenance of the panel difficult for regular use. Since then solar technologies have improved significantly and with the innovations in solar thin-film technology, we can now print thin solar film rolls which have reduced both the cost of installation and also made it easier to install them. 

With the emergence of thin solar films, we can now integrate this into the roofing materials of buildings. Thus opening up more possibilities for the placement of these solar power producers. 

2: Solar Windows

As the name suggests, they are windows that can generate electricity. It doesn’t matter what kind of window you have. You just need to coat that window with the world’s smallest functional solar cells, which measures less than ¼ the size of a grain of rice. 

The size of this solar cell might seem like something out of a science fiction movie, but what makes this even more interesting is the fact that the windows remain transparent even after coating the window with these cells. What makes it even more special is the fact that it can be applied and installed at room temperature with minimal effort and no particular production facilities. 

3: Hairy Solar Panels

Just like the name suggests, these solar panels are a hairy bunch, but not the way you would expect though. These are the products of nanotechnology, they use light-absorbing nanowires on carbon-nanotube fabric to absorb energy from the sunlight. 

Apart from its minuscule and hairy appearance, these panels are capable of absorbing more energy from the sun than silicon. Which in turn would result in much efficient energy harvesting. 

4: Micro-inverters

Normally solar panels produce DC current which is then transformed into AC current which is what our homes are wired to use. But for residential solar power use, using an inverter in between made things quite difficult. Since the cost for an inverter that could handle all the power produced by the solar panel used to be quite high and it was even considered to be inefficient. But now, with the advent of microinverters, having just one panel and one inverter to generate solar power has become efficient and more importantly affordable. 

5: Infrared Spectrum Solar Panels

The solar panels of today harvest energy almost entirely from the visible spectrum, which means quite a lot of energy from the invisible light spectrum is untapped and wasted away. With the advent of modern technology, numerous researches have been conducted on how to tap into the energy from the invisible spectrum. 

Most practical of them so far is to add materials such as vanadium and titanium into a solar semiconductor so that it could capture the invisible infrared spectrum and turn that into electricity. Unfortunately, currently this technology is in its testing phase, but the day when we can tap into solar energy to its full potential is not so far away any more. 

The future of solar looks bright

Earlier, Solar power was generated only by means of ground-mounted or rooftop panels. But in this modern world, the solar panel is set to become lighter, more flexible, and applicable to install everywhere.

In many other cities nearby you. You can buy food at a solar-powered food cart, you can travel on a solar-powered highway, and also you can charge your phone from your solar-powered clothes. This is the near future of solar energy!

Promag Engineering has been at the forefront of this solar revolution. With our vast inventory of equipment of the latest solar technology, we are able to undertake and solar power panel installation and maintenance of any magnitude. To know more about our services, visit our website or contact us through info@promageng.com 

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Energy Meters For Underground Applications

The SACI TCIL2 3-phase indirect energy meter for when reliability counts

SACI´s TCIL2 3-phase indirect energy meters and analysers were installed recently as part of the upgrade of Riyadh´s underground system, Saudi Arabia. The TCIL2 accurately measures the energy of a 3-phase network as well as providing other parameters including the following: voltage, current active power, reactive power, power factor, frequency and maximum demand in low voltage.

Features:
• Bidirectional three phase energy meter
• RS-485 communication. MODBUS Protocol
• Active energy counter resettable
• Accuracy CL.1 Active Cl.2 reactive (En62053)
• Indirect input (x/5 A or x/1 A) programmable.
• Led indicator
• LCD Display 8 digits
• Pulse output: SO (DIN 43864)
• Harmonic RMS (1-32) (Optional)

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