06Engineering & Infrastructure
Balance comfort, indoor air quality, efficiency and operability.
ANTA designs and optimises heating, ventilation, cooling and air-treatment systems by connecting uses, loads, envelope, humidity and controls.
A/01
Design principle
Data • Interfaces • Evidence
Common situations
Signals that justify a study.
- 01Spaces that remain hot, humid or poorly ventilated
- 02High consumption and unstable controls
- 03Poor indoor air quality or pressure balance
- 04Oversized systems that cycle and age prematurely
- 05Operation too complex for local teams
Scope of services
Assignments proportionate to the real need.
Heating, cooling and ventilation design
Air-handling units and indoor air quality
Heat pumps and low-temperature systems
Heat recovery, hot water and controls
Audit, balancing and optimisation
Assignment method
From observation to performance evidence.
Every stage produces a decision, document or control useful to the next.
Define uses and comfort levels
Assess envelope, gains and ventilation
Calculate loads and flows
Compare architectures and energy sources
Design zoning, controls and safety
Specify testing and balancing
Optimise in operation
Deliverables
Documents designed to decide, procure, control and operate.
The deliverable organises assumptions, interfaces, responsibilities and evidence.
Load and airflow calculations
Functional principles and diagrams
Layouts and equipment specifications
Control sequences and BMS points
Acoustic and indoor-air requirements
Testing and balancing procedures
Operating and maintenance guidance
ANTA perspective
A clear technical position.
Comfort is not only temperature. It also depends on air, humidity, velocity, solar gains, noise and the operator’s ability to control the system.
Interfaces
No lasting performance is designed in isolation.
Disciplines are connected to control transfers of load, energy, water, air, data and responsibility.
Turn a subject into a project