
In the context of the energy source system of planet Earth, the real challenge today is to create a base of alternative resources to face the inevitable change aimed at the affirmation of sustainable development in line with the “Millennium Development Goals” of the United Nations.
Among the 17 goals for sustainable development, energy certainly represents a central element for the challenges that the world is facing. Access to energy is in fact essential and sustainable energy represents an opportunity for people and the environment, as described in the seventh goal.
Both for environmental reasons and for the condition of exhaustibility, the massive use of fossil energy resources has been considered incompatible with sustainable development and for this reason, at a global level, a range of alternative solutions applicable on a large scale as sources has been identified, starting from renewable sources which, due to their diffusion, allow us to think of a distributed generation network that allows, in turn, to reduce energy transport costs, to maintain the wealth of local production and not to export capital to distant countries.
In recent years, many steps forward have been made in the study of technologies relating to renewable resources and when we have these resources available we cannot think of wasting them.
But not all technologies for the transformation of renewable sources into energy are low impact, since advantages and disadvantages are inherent in the technical transformation systems.
Landfill biogas is listed by the legislator among renewable sources and is a combustible mixture that can be used to produce energy in a thermodynamically convenient way. It can contribute to achieving the objectives of the Energy Transition, as well as helping us achieve energy independence;
in fact, this fuel has the advantage of being a “raw material” that we do not have to buy from other countries.
It has great potential to produce energy, especially today, with the advent of new landfill automation systems for collection that regulate the extraction of biogas.
GAS STABILIZER is the innovative technology of ZERO3 that realizes the automation of landfill biogas collection and that has received the “ENVIRONMENTALLY FRIENDLY INNOVATION AWARD 2021” in the ENERGY TRANSITION category, the coveted national recognition of LEGAMBIENTE assigned to product, process, service, technological, management and social innovations, which demonstrate that they contribute to significant reductions in environmental impacts. The scientific evaluation committee, in addition to LEGAMBIENTE, also saw the presence of the Polytechnic University of Milan, the University of Milan, the National Research Center (CNR) and many other evaluators.
What managers who use GAS STABILIZER say ↓


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.