Flowturb Solutions

CFD Analysis to Study and Optimize the effectiveness of Armoured Transport Vehicle (ATV):

Armoured Transport Vehicles (ATV) are designed to address specific operational requirements, because of which there will be a number of design constrains. CFD analysis was used to study, improve and validate the effectiveness of the designed air conditioning system considering all the design constrains. Based on the analysis ideal location for supply and return air grills were identified.

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Phone: 0462-2908785,
Mobile: 8608880548,
Email: [email protected]

Designing HVAC system for Hydro Power Plant is complex and demanding. Hence CFD Analysis was used as a tool to study the effectiveness of the HVAC system under multiple worst case scenarios. We have successfully identified the vulnerable areas in the system and optimized the effectiveness of the HVAC system.

Learn More: www.flowturb.com
Contact us:
Phone: 0462-2908785,
Mobile: 8608880548,
Email: [email protected]

Single-stage, Overhanging type I with foot-mounted process pump:
Oil & gas industries use process pumps for vast fluid transport applications.
This pump is of OH1 type with API610 specification that can be used in high-pressure discharge applications.

The performance of this pump is analysed through CFD and the data is validated.

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Contact us:
Phone: 0462-2908785,
Mobile: 8608880548,
Email: [email protected]

Designing & Optimizing an outdoor air condition system is always challenging. It is more difficult when there are no walls around the area of interest to retain the conditioned air. This is because; ambient wind can easily sweep away the conditioned air outside the area of interest. It should also be noted that the wind direction, velocity, temperature &humidity changes with seasons. Hence the HVAC system must not be over engineered for one wind condition and leave unengineered for other wind conditions.
So the HVAC system must be designed in such a way that the conditioned air must be retained inside the area of interest for maximum time plausible, considering the ambient conditions.
The objective of this analysis is to design & optimize the proposed outdoor air-conditioning system for the international customs area. This area has a size of 6,000m2 and with 5 lanes of road passing through it. The area of interest does not have any walls but it has a roof made of fabric material. The purpose of this customs area is to check and approve the land movement of people between two countries. Hence the officials and the travellers will stay on the road & parking inside the customs area for the purpose of inspection. The designed HVAC system must provide relief cooling to the people inside the customs area.
Weather data was used to simulate ambient worst case conditions (wind speed, direction, temperature & humidity) around the customs area. Adjacent buildings in the upstream of the wind were carefully modelled to improve flow accuracy inside the customs area. Since there is no walls around the check post to retain the conditioned air inside the area of interest (customs area)
Conclusion: We have successfully designed and optimized an outdoor air conditioning system for the customs area such that it retails maximum conditioned air inside the area of interest for maximum time under all ambient conditions.

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