This process aims to reduce carbon emissions and minimize the environmental impact of heating, ventilation, and air conditioning systems.

One key aspect of decarbonization is the adoption of energy-efficient technologies such
as heat pumps, which utilize renewable energy sources like electricity or geothermal
heat to provide heating and cooling. These systems offer significant reductions in
carbon emissions compared to conventional furnaces and air conditioners powered by
fossil fuels.

In addition to upgrading HVAC equipment, decarbonization may also involve improving
insulation, sealing ducts, and optimizing airflow to maximize energy efficiency and
reduce the overall carbon footprint of the home. Integrating smart thermostats and
zoning systems further enhances energy management, allowing homeowners to tailor
comfort levels while minimizing energy consumption.

Overall, decarbonization of an HVAC system in a house represents a crucial step
towards mitigating climate change and creating healthier, more sustainable living
environments for current and future generations.