06Engineering & Infrastructure

HVAC and air treatment

Control thermal comfort, indoor air quality and building energy use.

Control demand, airflows, operating regimes and controls.

A/01

Design principle

Data • Interfaces • Evidence

How can comfort and air quality be secured without turning systems into a source of excess consumption?

01Heating, ventilation and air conditioning

02Air handling units and ductwork

03Indoor air quality and fresh air

04Heat pumps and energy recovery

05Heating and cooling floors

06Controls, automation and monitoring

Airflow, temperature, humidity, filtration, pressure and ventilation rates are matched to actual space use.

Part-load operation, controls, maintenance and local climate are considered alongside nominal capacity.

Measurement points, alarms, sequences and tests make operational performance verifiable.

Assignment method

From observation to performance evidence.

The approach maintains continuity from diagnosis and design through delivery and operation.

Deliverables

A deliverable is not a formality: it organises assumptions, responsibilities, interfaces and required evidence.

DOC.01

DOC.02

DOC.03

DOC.04

Typical assignment — method illustration

Applied scenario

Situation: A building suffers from discomfort, poor air distribution and high consumption.
ANTA response: Envelope, loads, airflows, pressures, schedules and settings are studied as one system.
Expected outcome: Controlled indoor conditions and simpler operation.

This scenario illustrates a working method; it is neither a client reference nor a performance commitment without a study.