<abstract xmlns="http://www.w3.org/1999/xhtml">

<p>The evolution of European states is based on access to information and knowledge, as well as innovative methods. Thus, the European states began to be more and more aware of the fact that protecting the environment and preventing the destruction of ecosystems are the key elements for progress. Current thinking is based on the continuous transformation of resources towards a finished product. Green energy has become a subject of major importance for all countries of the world and they are constantly trying to find new methods of its production, as well as the constant improvement of existing methods. Part of this market for energy produced from renewable resources is biogas. Biogas is produced by fermenting organic waste of vegetable or animal origin in the absence of oxygen. Biogas consists of methane gas and carbon dioxide. It can be used like any other fuel, having the same properties. Biogas can feed a mini cogeneration plant and simultaneously produce heat, hot water and electricity. This renewable energy is considered CO2-neutral and is an environmentally friendly alternative as a wide variety of residues can be transformed into biogas. For most countries with highly developed agriculture, this alternative can be an affordable option in terms of cost, efficiency and return on investment in the medium and long term. Speaking in the short term, this is difficult to evaluate, given all the factors involved in the process: from inputs to outputs. The perspectives in this sense seem to be quite advantageous if we look at the whole, namely, the decarbonization at the European level, but the legislative and logistical barriers make the situation more and more complex. The legislation regarding biogas production is adapted to the economic-social context of each country, but the entire logistics part is the responsibility of the producer. Here comes a major problem for many potential producers: "how, when and how much" must be done for a biogas station to operate constantly, without interruptions from a logistical point of view. This article aims to find solutions for the flow of raw materials for potential investors in this renewable energy segment to be as cost efficient as possible and at the same time to provide predictability in production. The methodology of this paper is based on a comparative analysis of studies and indicators. The literature in this field is becoming more and more extensive, as interest in this direction has been growing recently. This paper aims to analyze whether this direction towards biogas can be the optimal option for most European countries and the key to a sustainable energy source.</p>
</abstract>

The evolution of European states is based on access to information and knowledge, as well as innovative methods. Thus, the European states began to be more and more aware of the fact that protecting the environment and preventing the destruction of ecosystems are the key elements for progress. Current thinking is based on the continuous transformation of resources towards a finished product. Green energy has become a subject of major importance for all countries of the world and they are constantly trying to find new methods of its production, as well as the constant improvement of existing methods. Part of this market for energy produced from renewable resources is biogas. Biogas is produced by fermenting organic waste of vegetable or animal origin in the absence of oxygen. Biogas consists of methane gas and carbon dioxide. It can be used like any other fuel, having the same properties. Biogas can feed a mini cogeneration plant and simultaneously produce heat, hot water and electricity. This renewable energy is considered CO2-neutral and is an environmentally friendly alternative as a wide variety of residues can be transformed into biogas. For most countries with highly developed agriculture, this alternative can be an affordable option in terms of cost, efficiency and return on investment in the medium and long term. Speaking in the short term, this is difficult to evaluate, given all the factors involved in the process: from inputs to outputs. The perspectives in this sense seem to be quite advantageous if we look at the whole, namely, the decarbonization at the European level, but the legislative and logistical barriers make the situation more and more complex. The legislation regarding biogas production is adapted to the economic-social context of each country, but the entire logistics part is the responsibility of the producer. Here comes a major problem for many potential producers: "how, when and how much" must be done for a biogas station to operate constantly, without interruptions from a logistical point of view. This article aims to find solutions for the flow of raw materials for potential investors in this renewable energy segment to be as cost efficient as possible and at the same time to provide predictability in production. The methodology of this paper is based on a comparative analysis of studies and indicators. The literature in this field is becoming more and more extensive, as interest in this direction has been growing recently. This paper aims to analyze whether this direction towards biogas can be the optimal option for most European countries and the key to a sustainable energy source.

Challenges for Biomass Production in the Context of an Expansion of Biogas Plants

Proceedings of the International Conference on Business Excellence

This work is licensed under the Creative Commons Attribution 4.0 International License.

The evolution of European states is based on access to information and knowledge, as well as innovative methods. Thus, the European states began to be more and...

Challenges for Biomass Production in the Context of an Expansion of Biogas Plants

Published Online: Jul 03, 2024

Page range: 1131 - 1140

DOI: https://doi.org/10.2478/picbe-2024-0097

Keywords
biogas, transport, resources, logistics, production, barriers

© 2024 Camelia Gabriela Bucur., published by Sciendo

This work is licensed under the Creative Commons Attribution 4.0 International License.

Challenges for Biomass Production in the Context of an Expansion of Biogas Plants

Published Online: Jul 03, 2024

Page range: 1131 - 1140

DOI: https://doi.org/10.2478/picbe-2024-0097

Keywordsbiogas, transport, resources, logistics, production, barriers

© 2024 Camelia Gabriela Bucur., published by Sciendo

This work is licensed under the Creative Commons Attribution 4.0 International License.

Keywords
biogas, transport, resources, logistics, production, barriers