08-17-2017, 12:39 AM
Structure of Biogas ProgrammesStruktura Biogas ProgrammesThe structure biogas program depends on stage of development of biogas, in which the program operates. We have listed below some common forms of biogas programs with their important structural elements. In reality, these programs are often stages more biogas program. For example, the spread of biogas can be research and development (R D &) phase, test phase, the phase of dissemination and follow-up phase. Often these phases have a large overlap.
Biogas research and development programmes
R & D are not directed at a wide dissemination of this technology. They are working to improve existing technologies, the innovative projects or optimization of biotechnological processes. In such applications it is desirable to communicate and cooperate closely with the task force and the research laboratory at construction sites should actually be on the farm and not in an isolated compound in the city. R & (D) can be attached to the implementation of the programs, they may be part of a national or international agricultural research center, or they can be independent of regional studies for biogas projects in the region.
Typical structural elements R & (D):
The central laboratory for the study of the chemical composition of substrates, suspensions, biogas. To examine the quality of building materials, paints, pipes, etc., the head of the laboratory must be experienced, practical chemical engineer.
Mobile laboratory to do research on farms.
Construction Group, consisting of a civil engineer and a small group of technicians and craftsmen to create and test innovative technological solutions in the farm.
Agriculture team of agricultural engineer and agro-technicians to work on the use of suspensions and stable structures.
Bank data and control device for collecting and processing data from our own research and from the literature.
Link Unitheaded Program Manager to associate a program with international research programmes and implementation.
function
Fixed dome plant consists of a closed dome boiler cooking with real, tight gas and pit move, also called ' tank. Gas is stored at the top of the cooking pot. When gas production begins suspension is compensating tank. Gas pressure increases with the volume of gas that is, i.e. with the difference of altitude between the two levels of suspension. If there is little gas in the tank, the gas pressure is low.