BIOENERGY, BIOGAS AND BIOMETHANE PRODUCTION PLANTS
IDEA offers a wide range of services at all stages of the development of biomethane production plants. From initial prospecting to ongoing operation and maintenance, we are committed to providing comprehensive and customized solutions that allow you to make the most of this valuable source of renewable energy.
Study
Consumption study...
Design and Engineering
Adapted to your needs...
Construction
And start-up...
Operation
And maintenance...
Prospecting Bioenergy, Biogas and Biomethane Project
At this initial stage, we evaluate the possibilities and potential of your biomethane project.
We conduct a comprehensive study of the site to determine its suitability in terms of biomass resources, access to raw materials, infrastructure and regulatory requirements.
We analyze the availability and supply of suitable biomass for biogas production, including agricultural waste, municipal or industrial organic waste, among others.
We create an initial design of the biomethane production plant, taking into account capacity requirements, biomethane quality and regulatory compliance.
We develop detailed engineering, including the design of the different processes, equipment and systems necessary for the production and purification of biomethane.
We carry out exhaustive tests and verifications to guarantee the optimal operation of the plant and its integration with other systems or infrastructure.
We work on continuous improvement of the efficiency and quality of the biomethane produced, implementing technical and technological improvements when necessary.
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Contact us to learn more about the development of biomethane production plants.
Biomethane generation process through livestock waste
This process, known as anaerobic digestion, allows organic waste of animal origin, such as manure and slurry, to be converted into biomethane, a renewable, low-carbon gas.
4º
DIGESTATE
TREATMENT
1º
WASTE COLLECTION AND PREPARATION
Natural Gas
Vehicle Fuel
Heat Source
Electricity
Compression, Absorption or Separation by Membranes
Washing, Drying and Absorption
Biogas
Methane+Carbon Dioxide
Biodigester
Storage Tank
Sewage Water
Food Waste
Animal Waste
Vegetable Waste
DIGESTATE TREATMENT2º
STORE AND
MIXING
STORAGE ANDMIXING5º
BIOGAS PRODUCTION
BIOGAS PRODUCTION WASTECOLLECTION ANDPREPARATION6º
BIOGAS
PURIFICATION
BIOGAS PURIFICATION7º
UPGRADING TO BIOMETHANE
UPGRADING TO BIOMETHANE8º
STORAGE AND
DISTRIBUTION
STORAGE ANDDISTRIBUTION3º
ANAEROBIC DIGESTION
ANAEROBIC DIGESTION
1º
Collection and preparation of waste
At this stage, livestock waste, such as manure and slurry, is collected from animal breeding facilities. It is important to carry out adequate waste management to ensure an optimal mixture in terms of organic matter and nutrient content.
2º
Storage and mixing
The waste is stored in a designated area, such as a pond or storage tank, where it is allowed to ferment. It is essential to ensure adequate mixing of the waste, as this influences the efficiency and stability of the anaerobic digestion process.
3º
Anaerobic digestion
In this key stage, the waste is introduced into an anaerobic reactor, also known as a biodigester. The biodigester is a controlled environment without oxygen, where microorganisms decompose the organic matter present in the waste, releasing biogas as a product of fermentation.
4º
Digestate treatment
Digestate treatment refers to the management and processing of solid and liquid waste generated during the anaerobic digestion or biogas process. Digestates are byproducts of biogas production, which is a process in which organic waste decomposes in the absence of oxygen to generate biogas, which is a mixture of methane and carbon dioxide.
The treatment of digestates is important to maximize the efficiency of the anaerobic digestion process and minimize the environmental impacts associated with the waste generated. Some common digestate treatment techniques include:
Solid-liquid separation
Dehydration
Composting
Biological Treatment
5º
Biogas production
During anaerobic digestion, microorganisms, primarily bacteria, break down organic matter into a gas mixture called biogas. Biogas is mainly composed of methane (CH4) and carbon dioxide (CO2), along with traces of other gases such as nitrogen, hydrogen and hydrogen sulfide.
6º
Biogas purification
The biogas produced in the biodigester contains impurities and unwanted components, so it is necessary to carry out purification before obtaining biomethane. In this process, undesirable gases such as CO2 and hydrogen sulfide are removed using purification methods such as washing, drying and absorption.
7º
Upgrading to biomethane
Once purified, the biogas undergoes a process to increase its methane content and convert it into biomethane. This process is generally carried out through techniques such as compression, absorption or membrane separation, and allows obtaining a gas with a composition similar to that of conventional natural gas.
8º
Storage and distribution
Biomethane is stored in storage tanks and distributed through the existing gas network, allowing its use in conventional energy applications. It can be used as fuel for vehicles, injection into the natural gas network or as a source of heat and energy in different sectors.
1º
Collection and preparation of waste
At this stage, livestock waste, such as manure and slurry, is collected from animal breeding facilities. It is important to carry out adequate waste management to ensure an optimal mixture in terms of organic matter and nutrient content.
2º
Storage and mixing
The waste is stored in a designated area, such as a pond or storage tank, where it is allowed to ferment. It is essential to ensure adequate mixing of the waste, as this influences the efficiency and stability of the anaerobic digestion process.
3º
Anaerobic digestion
In this key stage, the waste is introduced into an anaerobic reactor, also known as a biodigester. The biodigester is a controlled environment without oxygen, where microorganisms decompose the organic matter present in the waste, releasing biogas as a product of fermentation.
4º
Digestate treatment
Digestate treatment refers to the management and processing of solid and liquid waste generated during the anaerobic digestion or biogas process. Digestates are byproducts of biogas production, which is a process in which organic waste decomposes in the absence of oxygen to generate biogas, which is a mixture of methane and carbon dioxide.
The treatment of digestates is important to maximize the efficiency of the anaerobic digestion process and minimize the environmental impacts associated with the waste generated. Some common digestate treatment techniques include:
Solid-liquid separation
Dehydration
Composting
Biological Treatment
5º
Biogas production
During anaerobic digestion, microorganisms, primarily bacteria, break down organic matter into a gas mixture called biogas. Biogas is mainly composed of methane (CH4) and carbon dioxide (CO2), along with traces of other gases such as nitrogen, hydrogen and hydrogen sulfide.
6º
Biogas purification
The biogas produced in the biodigester contains impurities and unwanted components, so it is necessary to carry out purification before obtaining biomethane. In this process, undesirable gases such as CO2 and hydrogen sulfide are removed using purification methods such as washing, drying and absorption.
7º
Upgrading to biomethane
Once purified, the biogas undergoes a process to increase its methane content and convert it into biomethane. This process is generally carried out through techniques such as compression, absorption or membrane separation, and allows obtaining a gas with a composition similar to that of conventional natural gas.
8º
Storage and distribution
Biomethane is stored in storage tanks and distributed through the existing gas network, allowing its use in conventional energy applications. It can be used as fuel for vehicles, injection into the natural gas network or as a source of heat and energy in different sectors.
Contact Us
You may use the contact form at the bottom and email us. And of course, you can call us by phone at (+34) 968 500 805 , and we will resolve any enquiries.
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