Energy efficiency and emission reduction: concrete results from real installations
Over the past five years, AERIS has analysed the environmental impact of a selected sample of energy efficiency upgrades on existing plants in the textile sector, with the aim of objectively quantifying the sustainability benefits achieved.
The results highlight how a targeted approach to optimising existing systems can deliver significant reductions in energy consumption and emissions, turning operational efficiency into a concrete and measurable indicator.
Energy savings: 47,000,000 kWh
Energy not consumed thanks to targeted upgrades on air treatment systems, with a strong focus on optimising the performance of existing installations.
Emissions avoided: 15,500 tonnes of CO₂
Reduction in emissions achieved through lower energy consumption and improved overall efficiency of production processes.
Environmental equivalents (estimated values)
To facilitate the interpretation of the environmental impact, the results have been converted into equivalents based on average European parameters:
- ≈ 17,000 households powered for one year
(average annual consumption ~2,700 kWh per household) - ≈ 100,000 equivalent trees
(average CO₂ absorption capacity) - ≈ 5.8 million litres of fossil fuel not consumed
(energy equivalent of the kWh saved) - ≈ 47 GWh of energy avoided in industrial processes
Energy efficiency upgrades: targeted interventions, tangible results
The analysis considers a selected sample of energy efficiency upgrades on existing plants in the textile sector, aimed at increasing operational efficiency and reducing the energy intensity of processes, through:
- optimisation of air treatment systems
- improvement of thermo-hygrometric process conditions
- reduction of specific energy consumption per unit of production
This approach makes it possible to enhance existing infrastructure, acting in a targeted way and generating tangible benefits both operationally and environmentally.
A measurable, replicable and scalable impact
The data collected demonstrate how targeted upgrades can generate:
- structural reductions in energy consumption
- improved stability of production processes
- cumulative environmental benefits over time
A model that turns efficiency not only into a technical objective, but into a strategic lever for industrial sustainability.
Industrial sustainability as an ESG lever
In an increasingly decarbonisation-oriented context, the ability to:
- measure results
- demonstrate impact
- replicate solutions
represents a key element also from an ESG perspective.
AERIS solutions fit into this framework as technical interventions capable of generating:
- emission reductions
- energy cost containment
- improved production performance
The analysis of installations in the textile sector confirms a key point:
when properly engineered, energy efficiency upgrades can transform operational efficiency into concrete and measurable environmental impact.
Methodological note
The data presented are based on an analysis of a sample of AERIS installations in the textile sector (period 2020–2025).
Environmental equivalents are calculated using average energy and emission conversion factors.