Sabaf actively contributes to protecting the environment and adopts a business model that combines economic objectives and environmental sustainability. The Group informs, encourages, and drives employees towards good environmental behavior.

Objectives

We are committed to the following objectives:

  • pollution prevention and rationalization of the use of energy through the continuous improvement of our processes and products;
  • efficiency in the use of natural resources, particularly water and energy consumption;
  • reduction of the quantity of waste produced and the improvement of its quality in terms of recoverability and hazardousness.

 

Product and process innovation and environmental sustainability 

High-efficiency burners     

For many years Sabaf has been offering state-of-the-art burners characterized by efficiencies higher than standard burners.         
In the range of standard single ring flame sizes, since early 2000, Sabaf has introduced four series of burners (Series 3, AE, AEO, and HE) to the market, all characterized by high energy efficiency up to 68%.

In order to expand the existing special (multiple flame ring) burner series, Sabaf created the DCC burner series. This burner series is characterized by an energy efficiency of over 60%, the highest currently available on the market for multiple flame ring burners.  In order to meet the needs of the Chinese market, Sabaf also created DCC burners with a brass flame-spreader ring that carries an efficiency of more than 68%, a result previously not achieved in the market. 

High-efficiency burners account for 30% of the total burners produced by Sabaf.

 

Light alloy valves

Aluminum alloy valves offer several advantages compared to brass valves. Some of the benefits are the elimination of the hot molding phase of brass, lower lead content in the product, lower weight, and consequent reduction in consumption for packaging and transport. 

Light alloy valves now account for 94% of the valves produced by Sabaf.

 

Metal washing

In the production process of valves, it is essential to wash metals in several stages. Sabaf uses a washing system based on modified alcohol, a solvent that is redistillable, therefore wholly recyclable. The environmental impact and operating costs of this solvent, including the emissions and production of special waste, have been completely eliminated. 

Sabaf S.p.A uses this efficient and sustainable technology in the washing of metal since 2013. This technology has also been used by Sabaf do Brasil since 2016, Sabaf Turkey since 2018 and Sabaf India since 2023.

 

Key Performance Indicators

 

CO2 Emissions   2023 2022 2021

Scope 1 (direct emissions)
from refrigerant gases

tCO2eq 140 49 231
Scope 1 (direct emissions)
from fuel consumption
tCO2 8,797 8,497 11,262

Total Scope 1 (direct emissions)

tCO2eq 8,937 8,546 11,493
Scope 2 (indirect emissions)
- location based
tCO2 12,107 11,822 14,150
Scope 2 (indirect emissions)
- market based
tCO2 14,709 14,604 17,641
Total emissions 
Scope 1+2 (location based)
tCO2eq 21,044 20,368 25,643
Total emissions 
Scope 1+2 (market based)
tCO2eq 23,646 23,150 29,134
Scope 3
(indirect emissions generated along the value chain)
tCO2eq 19,244,500 - -

 

Water withdrawal (m3) 2023 2022 2021
from municipal water supply 57,867 71,982 69,109
from well 37,054 43,536 30,630
rainwater 742 464 2,708
Total 95,663 115,982 102,447

 

Materials used (t) 2023 2022 2021

Raw materials

Steel 19,791 20,587 26,801
Aluminium alloys 8,297 7,917 11,326
Brass 532 639 1,227
Enamel 353 301 289
Stainless steel 19 50 139
Solder (tin) 9 8 -
Zamak 6 6 12
Associated process materials Release agent for foundry 136 - -
Blasting grit 81 - -
Lubricants for production machinery 51 - -
Components Electronic components 537 - -
Springs 317 - -
Thermoelectric safety components 120 - -
Cast iron components 108 - -
Brass components 92 - -
Aluminium alloy components 1 - -
Packaging materials Wood 1,140 813 935
Cardboard 722 744 1,019
Plastic 279 282 281

 

Waste (t) 2023 2022 2021
Similar to urban 193 209 356
Hazardous 1,790 1,618 2,238
Non-hazardous 8,376 7,833 9,385
Total waste 10,359 9,660 11,979

 

EHS&EN Policy403.75 KB
Last modified on: 13/05/2024 14:59:08