We are a dedicated mechanical engineering office offering full-spectrum services in design, analysis, and execution
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From cloudy water to equipment malfunctions, we'll address common pool problems and provide solutions.
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Professional staff comprising trained lifeguards, swim instructors, and maintenance personnel
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About Us
Alpha Omega Mechanical Engineering
We are a dedicated mechanical engineering office offering full-spectrum services in design, analysis, and execution. Our team specializes in HVAC, fire protection, plumbing, swimming pools, fountains, CFD simulations, medical gas systems, and compressed air networks. With a results-driven mindset, we approach each project with precision, professionalism, and a focus on delivering efficient, code-compliant, and cost-effective systems. We use leading engineering software including AutoCAD, Revit MEP, SolidWorks, and ANSYS Fluent to ensure accuracy in both design and simulation.
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Vision And Mission
To be a trusted engineering partner delivering intelligent mechanical solutions that elevate project performance and sustainability.
To provide high-quality, reliable mechanical engineering services that meet the evolving needs of modern projects—balancing innovation, technical excellence, and practical execution.
• Engineering Accuracy
• Quality Commitment
• Technical Integrity
• Innovation & Continuous Improvement
• Client-Centered Service
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FAQ
IS IT NORMAL TO REDUCE THE DUCT WIDTH OR HEIGHT IN THE SHAFT TO PASS FROM IT SO WHAT THE RANGE I CAN REDUCE THE DUCT ON IT ?
You can circumvent this issue using several methods:
1. Adjusting the Aspect Ratio
You can modify the duct's Aspect Ratio. Ideally, the preferred range is between 1:1 and 1:4. Exceeding a ratio of 1:4 leads to an unnecessary increase in:
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Material consumption (galvanized steel sheets).
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Insulation requirements.
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Heat loss through the duct surface.
This is clearly illustrated in the following figure, sourced from the Carrier Handbook - Air Distribution Chapter.
2. Modifying Dimensions within Velocity Limits
If adjusting the aspect ratio is not feasible and you must change one of the duct dimensions, you can reduce the required dimension. However, this must be done carefully to ensure that the air friction does not exceed allowable limits.
Keep in mind that reducing the area will:
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Increase air velocity.
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Increase noise levels.
You should always cross-reference the maximum allowable velocities in the ductwork using the following table, also found in the Carrier Handbook - Air Distribution Chapter.
I hope this explanation is thorough and addresses your question. Please let me know if you need any further assistance.
our achievement
Manufacturing software that goes beyond the benchmark
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Years Of Experience
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numebr of Products
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Our Clients
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Satisfaction Rate
Why Choose Us !
We provide high-quality mechanical design, execution, and project management services, including HVAC, fire protection, plumbing, CFD analysis, medical gases, compressed air, and water features.
- Highly skilled mechanical engineers with industry experience
- Advanced design tools and simulation software
- Tailored solutions for each project's unique requirements
- Strong commitment to deadlines and quality standards
- Seamless integration between design and execution