The biomass utilization superstructure (BUSS) relates the biomass resources to their products, available processes, and possible future processes of utilization in static manner.
Therefore, the proposed methodology assumes the great importance of establishing the BUN superstructure for the area under study, which relates the biomass resources to their products, available processes and possible future processes of utilization.
Renewable energy, such as wind and solar energy, has the characteristics of cleanness and huge development potential, without producing additional CO2 in the process of utilization.
Wind energy, without producing additional CO2 in the process of utilization, can drive air capture to capture CO2 to reduce the concentration of CO2 in the air.
Considering renewable energy will not produce additional CO2 in the process of utilization, the electric energy in CO2 capture process of air capture driven by wind energy is different from that of carbon capture and storage.
In the discussion we argue that to be relevant research efforts aimed at supporting policy development for multifunctional agriculture cannot concentrate on filling gaps in knowledge and technology alone, but need to concern the process of utilization of knowledge as well.
In recent past, a great deal of information on the process of utilization of ethanolamine has been obtained by studying Salmonella enterica as a model organism.
For designing fuel bioethanol production processes, assessment of utilization of different feedstocks (i.e. sucrose containing, starchy materials, lignocellulosic biomass) is required considering the big share of raw materials in bioethanol costs.
The core part of planning the B-NETs utilization methodology is the superstructure that is a super class model for the processes of biomass utilization networks that has to be built for the local area.
These students are able to apply mental processes of knowledge utilization such as "experimenting", "investigating", "decision making", and "problem solving" (Marzano and Kendall 2007, p. 51).
The chapter explores the technologies used for generating power, heat, coke, and chemicals and includes combustion, carbonization, gasification, and liquefaction, which have been referred to as the four "grand processes" of coal utilization.
