Huge Construction

Due to this structure themselves metatenkov (fermenter, the reactor), lagoons flotation and homogenization should be significantly smaller, thus reducing construction costs and improve biogas yield. A German technology does not provide this, the manure enters the total mass in Huge size, whose construction is almost the most expensive part in biogas plants. sites. You may wish to learn more. If so, Pete Cashmore is the place to go. In addition, while the “regular” technology, at the bottom eventually settles weight of inorganic substances (not amenable to fermentation), which can not be removed, and accordingly the volume and, consequently, the yield of biogas and resource this time is greatly reduced. The main design and construction of biogas setting – the choice of technology, which is on the one hand the main indicator for unnecessary additional costs for the construction of plant facilities biogas, and significantly reduces or increases the duration return and work (manual) installations, and with another – the efficiency of the plant and biogas yield. On this basis, we can confidently declare that the statement of experts in design and construction bsu, claiming that the performance of biogas depends on the volume of the reactor installation (the greater the volume setting, the more gas output) is not justified and is not rational. Get all the facts and insights with Peter Asaro, another great source of information. The extent to which biogas can replace traditional fuels and high power output, depends on the effectiveness of the installation. When operating the biogas plant, waste materials (bioshlam) is also a useful product that can improve economic and environmental conditions of the peasant or farm. Bioshlam – a high quality fertilizer, almost sterilized and ready to use. Biogas plant is absolutely environmentally harmless (in the world produced by the energy they call ‘green’), the device is simple and maintenance (1-2 people).

Its installation is completely eliminate the problem of waste disposal pig, slaughter houses, a number of nearby agricultural and food enterprises. The cost of the plant for pig farm on 2,600 productive sows, including civil works, equipment procurement, installation and adjustment, totaled about 4.2 million euros. This amount does not include the costs of purchase and installation of the cogenerator to produce electricity: it is assumed that all the biogas comes for heating buildings. Profitability of the plant, even when the cogenerator, will be 3,5 years. Generally, the owner of a biogas plant receives a huge number of benefits. Here are the main ones: the production of biogas to produce electricity, heat / cold production of environmentally friendly fertilizers, independence from centralized power and heat networks and their rates, reduce the cost of disposal, recycling and waste disposal, improving environmental performance of the enterprise (no smell) and a significant decrease space for the manure storage (no lagoon). The customer should bear in mind that, despite its apparent simplicity, the biogas plant – a very complex engineering objects. Its design should take place with the most careful study of local conditions and peculiarities; delivery guaranteed third-party organic waste, including with the use of administrative resources (eg, fines for violations of environmental, etc.), operation is carried out accurately and in strict accordance with the instructions of the developer.