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Are you wondering how to get the right retrofit for your project?

Our team of interdisciplinary engineers can provide customized niche mechanical engineering solutions for projects ranging from HVAC design to deep energy retrofits. Our team has a proven track record of results on these projects and are well versed in requirements for different client types. We bring a commitment to service that extends through design, construction, and post-construction activities.

Read on as we elaborate on some of our niche mechanical and industrial engineering services that set us apart from other engineering companies:

Capital Planning

At Falcon, we provide capital planning services for all types of buildings. As a unique engineering firm, we have developed a proprietary costing database. We regularly update this database with our retrofit projects to provide new and existing clients with a detailed capital plan for their upcoming projects. We are even able to break budgets into project phases for comprehensive planning purposes.

Mechanical engineering room

Design

Design is an integral part of the engineering and construction phase of your project. We are experienced with tailoring bespoke solutions that best suit

the need of your project’s purpose and building type. Some of our niche design services include:

Lifecycle-Centered Design. Building and engineering represent only a fraction of the overall lifecycle costs of a mechanical project. With this in mind, we take an approach that is not focused solely on the installation costs of a project. We include operating cost considerations like energy efficiency, ease of maintenance, reliability, and planning for replacements at the end of service life. Our lifecycle-centered design approach applies to all our projects.

Heat Pump Thermal Plant Design. We have developed several bespoke heat pump and heat recovery thermal plant designs. These archetypal systems can be adapted and modified to fit the needs of many building types and configurations. The systems have been designed to eliminate unnecessary complexity, undue costs, and to reduce the maintenance burden.

Retrofits

We know that every project has a specific purpose with distinct needs to suit the environment in which it operates. We have expertise in planning, managing, and implementing large-scale mechanical retrofits. We offer retrofits in the following areas:

Deep Energy Retrofits. The goal of deep energy retrofits is to provide systems that not only increase energy efficiency but also renew aging equipment to improve overall effectiveness and reliability. Often this involves the replacement of major components and systems. These retrofits often need to be carefully planned and phased in to keep the facility as operational as possible throughout the process


Conventional Energy Retrofits. If you don’t need a large-scale retrofit, our team is also able to replace building mechanical systems on a component-by-component basis. These could consist of boiler upgrades, terminal equipment replacement, and control system upgrades. We replace aging equipment or systems to optimize lifecycle costs and reliability.

Business showing their mechanical engineering systems

Prime Consulting. Having worked with both private and public institutions, we are experienced in consulting on contract awards for facility upgrades or new system implementation. Depending on the project, we can provide full design services as well as managing tendering, providing recommendations for contract award, and administering the construction contract throughout the implementation phase. Our experience with many different building types makes us well versed in the different requirements for all client types.

Industrial and Clean Facilities

At Falcon, we have developed specialist expertise for industrial buildings. From ventilation systems to specialty water system design, our team will develop the right solution for your facility. Some of our specialized areas include:

  • Precision environmental control
  • Clean-room filtration and contaminant control
  • Laboratory ventilation
  • Specialty exhaust and ventilation systems
  • Specialty process piping systems
  • Compressed air system design
  • Process heating and cooling
  • Process water system design
Mechanical room

Is it time for a retrofit for your facility or building?

We are confident that our team will deliver designs that will add the right components to your facilities’ systems to increase reliability and efficiency. Our engineering professionals are seasoned experts, who know how to create and implement a lifecycle-centered approach to your system upgrade. You can guarantee practical and innovative solutions, designed for your specific needs.

Have questions about a project? Contact us!


Need to learn more about our services? Visit our integrated services page.

Want to learn more about mechanical engineering? Check out some of our other blogs!

If someone asked you to name the elements of a sprinkler system, could you do it? You’ve most likely seen certain elements before; on a basic level, there are sprinkler heads, piping, and valves – but there is so much more! A sprinkler system is designed to control or extinguish fires in the early stages, making it easier and safer for building occupants to exit the building, and for firefighters to extinguish any fire that remains. 

Beyond the importance of having a fire sprinkler system, an efficient layout/design is required to allow for cost control and high performance. The variations in building design, and the coordination needed based on components within the building, make fire sprinklers complicated in design. However, understanding the fundamentals of sprinkler design will provide good insight into the specific needs of the project and the detail required for specifications.

Determining the Water Supply

A fire sprinkler system begins with water and having enough of it to control a fire. Most sprinkler systems are automatic, meaning human intervention isn’t necessary. Because of this, a source is required, which can include city water, ponds, rivers, reservoirs, water tanks, and more. No matter the source, it must have a sufficient capacity.

Factors that determine the capacity include: 

  • Flow Rate (Gallons per minute/GPM)
  • Pressure (Pounds per square inch/PSI)
  • Duration (How long it can maintain the required pressure & flow)
  • Flow Test (provided by nearby fire hydrants)
Picture of a fire hydrant

Water supply is fundamental in the development of a sprinkler system, no matter the building layout. 

Understanding the Building

Picture of a school main entrance

As simple as it sounds, to determine the sprinkler system required, you need to understand the building. Typically, once a contractor has been selected, the contractor then engages their engineer during construction. Unfortunately, this approach can hamper coordination between the sprinkler system and other building elements. Common questions to ask are: Is this a commercial project? Industrial? Or are there specifics required for the building?

For projects where a performance specification is not appropriate, however, our team can provide full sprinkler design services including:

  • Sprinkler head layout
  • Pipe layouts
  • Pipe sizing

Wet, Dry, or Preaction System?

Beyond the capacity and building demands, it’s necessary to determine if a wet, dry, or preaction system is required. Fire sprinkler engineering services offered by Falcon include wet and dry systems, pre-action systems, and specialty gaseous systems for mission-critical infrastructure.

Wet systems, which have pipes filled with water at all times, are the most commonly used system for buildings. Water flows when each sprinkler head reaches its design temperature and the glass element bursts, allowing a plug to drop out.

Dry systems, as the name suggests, don’t contain any water, and are pressurized with air. When a sprinkler head activates, the air is discharged, causing an automatic valve to open and allow water into the piping system. Dry systems are generally reserved for areas with freezing concerns. Lastly, there are preaction systems, where the cost of an accidental discharge would be severe, in places such as data rooms. In this system, water is held back by a preactivation valve and activation relies on a separate trigger, providing another layer of protection or control when activating water.

Fire sprinkler engineering

Conclusion

If there is one point we hope you take away from this, it is that fire sprinkler systems are complicated yet essential. While there are many factors to consider with these systems, evaluation, assessment, and specifications are instrumental to the performance of the system.

At Falcon Engineering, we can offer performance specifications or full design and engineering services, depending on the specific needs of the project. We are committed to providing effective system designs for mechanical projects.

Should you have any questions about how our team can help you with your mechanical projects, including Fire sprinkler engineering, get in contact by using our contact page

Check out our service offerings here

Want to learn more about mechanical engineering? Check out some of our other blogs!