Description

  

The biogas process is a well established technology and considered as the most efficient way to convert biomass to energy combined with environmental depollution. Nevertheless, biogas (biomethane) process is very versatile and non-selective of substrates, and therefore can be considered as an excellent way to remove organic matter from waste streams. Recently the co-digestion concept has emerged, where different organic streams are mixed in an intelligent way for the best utilisation of the feedstocks and at the same time for alleviation of the inhibition from potential process inhibitors. Preliminary research in biogas production from organic wastes has been conducted by the Laboratory of Alternative Energy Sources in Agriculture.This technology driven from CH4 production from organic wastes research that is introduced to alternative energy market. So it is combination from research result to innovation driven by market. The market pushes for alternative energy production resources along with funding opportunities from the public operational energy programs. It also aims at cost reduction on energy and low carbon industries. It also contributes to the cost reduction of initial installation of the industrial cost.  The expansion of the product towards the bio-hydrogen production constitutes a radical new product. 

The industrial design offers the following benefits: 

  • Optimization and customized industrial design for the anaerobic treatment of specific organic material according to the client specifications.
  • The better and specialized mixing systems, pumping systems and the insulation material.
  • The provision of a profitable solution for the effluents constitutes a competitive advantage derived by the design methodology.
  • The design also provides solution for alternative heating energy utilization in greenhouses or district heating systems 
  • Optimization and customized industrial design for the anaerobic treatment of specific organic material according to the client specifications.
  • The better and specialized mixing systems, pumping systems and the insulation material.
  • The provision of a profitable solution for the effluents constitutes a competitive advantage derived by the design methodology.
  • The design also provides solution for alternative heating energy utilization in greenhouses or district heating systems

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