Turnkey Services

A well-designed HVAC system is the backbone of Comfort, Safety, and Sustainability

At Chameza Enterprises, we provide specialized HVAC (Heating, Ventilation, and Air Conditioning) services designed to meet the unique demands of laboratory environments. Our HVAC systems are tailored to ensure optimal air quality, temperature control, and safety, supporting both personnel comfort and the precision required for scientific processes In laboratory settings, HVAC plays a crucial role in maintaining safe and healthy conditions, regulating temperature and humidity levels through the introduction of fresh outdoor air. Recognized as a cornerstone for sustaining acceptable indoor air quality, HVAC is paramount in creating conducive spaces for scientific research and experimentation

  • AHU Design and Installation (Air Handling Unit)
  • Supply and Return Ducts
  • Outdoor and Indoor Units
  • Activated Carbon Filters
  • GI Ducting for Special Environments
  • Diffusers
  • VAV Systems (Variable Air Volume)
At Chameza Enterprises, we offer comprehensive civil work solutions as part of our turnkey laboratory services. Our expertise ensures that every element of your laboratory’s structural foundation is meticulously planned and executed to meet both functional and aesthetic requirements. The ultimate goal is to transform spaces into well-organized environments that seamlessly integrate with their surroundings. In Laboratory civil work strives to create environments that enhance functionality, contributing to an improved quality of life for users.
87 %

Design and Planning

Conducting & Designing a detail Assessment
57 %

Installation and Commissioning

Installing & Ensuring proper sealing, Testing and commissioning
99 %

Maintenance and Support

Providing regular maintenance services, Offering troubleshooting and repair support

Frequently asked questions

“Empowering customers starts with answering their questions before they even ask
These are the below Frequently Asked Question relate HVAC Work Services

ACH refers to the number of times air is replaced in a space within an hour. In laboratories, a high ACH ensures the removal of harmful particles, maintaining a safe and contaminant-free environment

Yes, future systems will be designed to handle extreme weather conditions, improve cooling efficiency, and reduce carbon footprints.

Expect self-learning systems that adjust to lab conditions dynamically, ensuring precision control with minimal energy use.

Absolutely! Innovations like quieter compressors, advanced duct designs, and sound-dampening materials will significantly reduce noise levels.

Yes, as technology advances, systems are likely to become smaller, more efficient, and easier to install.