Energy obtained from biogas is listed among the renewable energy sources in DIRECTIVE (EU) 2018/2001 (art. 2, point 1), which expressly promotes its use. This recast directive establishes, among other things, a stable and market-oriented European approach for renewable electricity and strengthens the EU sustainability criteria for bioenergy.
Biogas is a sustainable energy source that is obtained from agricultural biomass, agro-industrial waste and organic waste, without producing further CO2 emissions, and as a renewable and sustainable energy source, it can contribute to the energy transition and energy independence.
In fact, the captured biogas, being characterized by good percentages of methane by volume, can be sent for energy recovery for the production of electricity and/or thermal energy, but also used for the production of biofuels.
We can therefore affirm that, by increasing the collection efficiency of traditional systems usually installed in landfills, we can contribute to increasing the level of energy savings in landfills, and not only.
Today, innovative automation systems for biogas collection are available on the market that have the function of optimizing the efficiency of the entire collection system present in the landfill, acting as the “mind/brain” of the process.
GAS STABILIZER is the innovative technology from ZERO3 that automates the collection of landfill biogas in accordance with the indications of the technical report UNI/TR 11917:2023 “Guidelines on safety and environment for landfill biogas plants”.
This technical report is a source of valuable information for all those involved in the production, collection, extraction and transport of landfill biogas for energy recovery, as it reports the BEST PRACTICES to improve the safe management of the construction, operation and maintenance of landfill biogas plants, to reduce methane emissions, prevent environmental pollution and fully benefit from the renewable energy derived from biogas. It includes:
  • all stages of the biogas production process within the landfill body, from collection to transport to a specific energy recovery plant or final treatment;
  • instructions for the design, operation, construction, operation, safe maintenance and post-management of landfill biogas plants;
  • indications for the collection, extraction and transport of biogas for energy recovery or final treatment.
Landfills that have installed GAS STABILIZER have achieved excellent results both in terms of increased volumes of biogas collected, and in terms of reduction of odors and greenhouse gas emissions, and for the increase in energy production.
What managers who use GAS STABILIZER say ↓

https://www.asetservizi.it/news/aset-spa-tra-i-vincitori-del-premio-innovazione-smau-2023-grazie-a-gas-stabilizer-il-sistema-di-captazione-del-biogas-sviluppato-a-monteschiantello-come-esempio-virtuoso-di-transizione-energetica/

https://www.smau.it/casi-di-successo/la-multiutility-aset-punta-sull-innovazione-per-offrire-servizi-sempre-pi-efficienti-e-green

https://www.zero3.cloud/ecologica-sangro-premio-smau-abruzzo-gas-stabilizer/

https://www.zero3.cloud/la-repubblica-ecologica-sangro-gas-stabilizer/

Gas Stabilizer

Innovative system for the automation of biogas collection that optimizes the performance of traditional collection systems by increasing extraction efficiency.
• It allows continuous and remote monitoring and control, in real time, for each collection line
• It is modular, decomposable and can be applied to any type of biogas collection system, both new and existing.