Precision Cooling
Cooling environments where temperature control and continuous operation require a specialised approach.
CUSTOM HVAC SOLUTIONS
When Standard Systems
When Standard Systems
Are Not Enough.
Some HVAC requirements cannot be addressed through a standard equipment-selection approach. Green Chill Tech develops engineering strategies around the building, application, operating conditions and technical requirement.
CUSTOM HVAC
APPLICATION-LED ENGINEERING
01
BUILDING
02
REQUIREMENT
HVAC
ENGINEERED
03
SYSTEM
04
INTEGRATION
01
THE ENGINEERING PERSPECTIVE
The Application Comes First.
Then the HVAC Strategy.
Not every building, process or operating environment fits neatly into a standard HVAC configuration.
Specialised spaces may require a combination of equipment, air distribution, controls, ventilation and environmental conditions that needs to be considered as an integrated engineering problem.
The objective is to understand the requirement first and then develop the appropriate technical direction.
APPLICATIONS
When the HVAC Requirement
When the HVAC Requirement
Needs a Different Approach.
Custom engineering becomes relevant when application requirements, environmental conditions or system constraints go beyond a conventional HVAC configuration.
Mission-Critical HVAC
HVAC considerations for facilities where environmental conditions and system continuity are particularly important.
Cold Rooms
Purpose-specific refrigeration and environmental requirements for controlled-temperature spaces.
Specialised Ventilation
Air movement and exhaust solutions designed around particular operational requirements.
Complex Existing Systems
Engineering assessment and optimisation for HVAC systems where standard replacement may not address the underlying requirement.
Integrated HVAC Requirements
Coordinating multiple HVAC technologies into a coherent engineering strategy.
ENGINEERING SCOPE
Building the Solution
Building the Solution
Around the Requirement.
Custom HVAC engineering requires the individual elements of the system to work together rather than treating equipment selection as the starting point.
01
Requirement Assessment
Understand the building, application, operating conditions and environmental requirement.
02
Thermal Analysis
Evaluate thermal requirements and the conditions that influence system selection and design.
03
Equipment Selection
Identify equipment and system configurations appropriate to the application.
04
Air Distribution
Develop the air-side strategy around the actual space, application and system requirements.
05
Controls & Coordination
Consider controls and coordination between the different components of the HVAC system.
06
System Integration
Integrate the custom solution with existing or planned building systems.
07
Value Engineering
Review the proposed approach for technical suitability, practical implementation and project requirements.
08
Technical Review
Evaluate the complete engineering direction before implementation or major system decisions.
SPECIALISED HVAC
Different Problems
Different Problems
Need Different Engineering.
Green Chill Tech's HVAC experience spans conventional comfort systems as well as specialised applications where environmental control, precision, ventilation or operational requirements influence the system design.
The engineering approach remains the same: understand the application, evaluate the system and then determine the appropriate technical direction.
01
Precision Cooling
Specialised cooling requirements for controlled environments and sensitive applications.
02
Mission-Critical HVAC
HVAC engineering considerations for facilities where environmental control is a critical requirement.
03
Cold Rooms
Controlled-temperature environments requiring application-specific refrigeration solutions.
04
Specialised Ventilation
Purpose-specific air movement and exhaust strategies for demanding applications.
ENGINEERING & VALUE OPTIMISATION
The Right Solution Is Not Always
The Right Solution Is Not Always
The Most Complicated One.
Custom HVAC engineering should solve the actual requirement without introducing unnecessary complexity.
Understand the Requirement
Define what the HVAC system actually needs to achieve before selecting equipment.
Challenge the Assumptions
Review existing design assumptions and identify whether the proposed direction fits the application.
Integrate the Systems
Coordinate equipment, air distribution, controls and building requirements as one engineering system.
Review the Direction
Evaluate the engineering approach before committing to major equipment or system decisions.
PROJECT EXPERIENCE
Experience Across
Experience Across
Specialised HVAC Applications.
G&D India
Precision Cooling
Precision cooling experience for an 18,000 sq.ft. facility requiring a specialised HVAC approach.
View Project ExperienceAmerican Embassy
Mission Critical HVAC
Mission-critical HVAC experience for a facility where specialised environmental control requirements were involved.
View Project ExperienceJK Pharmaceuticals
Cold Rooms
Cold-room experience for pharmaceutical applications requiring controlled-temperature environments.
View Project Experience
OUR APPROACH
Understand First.
Understand First.
Engineer the Right Direction.
01
ASSESS
Understand the application, building and operating requirement.
02
ANALYSE
Examine thermal, airflow and system requirements.
03
ENGINEER
Develop the appropriate HVAC strategy around the requirement.
04
INTEGRATE
Coordinate the custom solution with the wider building systems.
05
REVIEW
Review the technical direction before implementation.
CUSTOM HVAC ENGINEERING
Have an HVAC Requirement
Have an HVAC Requirement
That Doesn't Fit the Standard?
Start with the application, understand the engineering requirement and determine the right system direction.
Discuss Your HVAC Requirement