Innovative approaches to controlled yogurt fermentation …
Figure 1 ), and therefore a solar-based equipment was developed for yogurt fermentation. This study presents a promising alternative for sustainable yogurt production …
A Design of a Solar Fermentation System on Chicken …
Traditional chicken manure fermentation is mostly natural composting or exposure, which is not only time consuming but also susceptible to weather, resulting in uncontrollable …
Solar Aerobic Fermentation System
Can a semipermeable membrane-covered aerobic fermentation system maintain a higher temperature? Gonzalez et al. (2016) demonstrated that a semipermeable membrane-covered …
Innovative approaches to controlled yogurt fermentation …
This study aimed to devise a novel fermentation unit for yogurt production utilizing phase change materials (PCM) and primarily powered by solar energy. The unit comprises a …
Energy-saving automatic temperature control microbial aerobic …
The energy-saving automatic temperature control microbial aerobic fermentation equipment integrates solar energy and air energy as heating and cooling energy sources and …
Innovative approaches to controlled yogurt fermentation …
Yogurt was prepared in the solar fermentation system, and its quality attributes were compared with yogurt prepared using the conventional method in an electrically heated …
Solar energy application and its effect on microorganisms in …
However, the utilization of solar energy is limited by natural conditions such as weather, seasons, and alternation of day and night, etc. To explore the scientific rationality of …
How Solar Foods Makes Protein from Air …
Solar Foods creates Solein, a zero-emission protein from air, CO₂, and electricity — redefining sustainable food with hydrogen-fed …
Experimental investigation of a sustainable solar-powered …
To address this, a solar-powered automatic yoghurt fermentation system was developed, featuring dual-mode operation (incubation and cooling), automated pH–timer …
A Design of a Solar Fermentation System on Chicken Manure …
Traditional chicken manure fermentation is mostly natural composting or exposure, which is not only time consuming but also susceptible to weather, resulting in uncontrollable …
Solar-driven sewage sludge electroreforming coupled with
The integrated process of mechanochemical fractionation-assisted and solar-driven electrochemical reforming, followed by biological funnelling, enables the efficient upcycling of …
How Solar Foods Makes Protein from Air Using Solein …
Solar Foods creates Solein, a zero-emission protein from air, CO₂, and electricity — redefining sustainable food with hydrogen-fed microbes.
Solar energy application and its effect on microorganisms in …
However, the utilization of solar energy is limited by natural conditions such as weather, seasons, and alternation of day and night, etc. To explore the scientific rationality of …
Effects of combined membrane-covered systems on aerobic …
Abstract A combination of semipermeable membrane-covered composting systems and greenhouses was used to investigate the effects of different insulation systems on the aerobic …
Design and performance simulation of a distributed aerobic …
In this study, a distributed aerobic composting system was proposed and simulated assisted by a solar photovoltaic thermal (PV/T) heat pump. The PV/T …
Effect of organic load regulation on anaerobic digestion …
Thus, in this test, the solar system and the anaerobic digestive technique were combined to decrease energy consumption and increase the economic benefit of biogas …
Aspen Plus Sustainability Applications
Jumpstart your sustainability goals by adapting our sample Aspen Plus sustainability models to the applications you're building.
A comparative study of bioelectrochemical systems with …
The fermentation of CH 4 has many benefits over aerobic treatments such as renewable energy production, lower energy expenses, reduced treatment of sludge, and lower …
Alternating electric field enables hyperthermophilic …
However, the highest temperature is only 50–70 °C in conventional aerobic composting (CAC), limiting the broad application due to low organic degradation efficiency, a …
Understanding Aerobic and Anaerobic …
Explore fermentation methods: aerobic, anaerobic, solid-state, & submerged culture. Learn about applications in food, pharma, & …
A novel bioreactor developed for the intensification of high …
They have difficulty meeting the requirements of high-viscosity aerobic fermentation systems and unnecessarily waste energy [30]. Therefore, designing novel bioreactors …
Aerobic Fermentation
Aerobic fermentation is defined as a fermentation process that occurs in the presence of oxygen, which influences the production and molecular weight of products, such as hyaluronic acid …
Experimental investigation of a sustainable solar-powered …
To address this, a solar-powered automatic yoghurt fermentation system was developed, featuring dual-mode operation (incubation and cooling), automated pH–timer …
How Solar Foods Makes Protein from Air Using Solein …
Solar Foods creates Solein, a zero-emission protein from air, CO₂, and electricity — redefining sustainable food with hydrogen-fed microbes.
Effects of combined membrane-covered systems on aerobic …
Abstract A combination of semipermeable membrane-covered composting systems and greenhouses was used to investigate the effects of different insulation systems on the aerobic …
Aerobic Fermentation
Aerobic fermentation is defined as a fermentation process that occurs in the presence of oxygen, which influences the production and molecular weight of products, such as hyaluronic acid …
Fermentation
Fermentation is defined as a process in which chemical changes occur in an organic substrate through the action of enzymes …
Experimental investigation of a sustainable solar-powered …
To address this, a solar-powered automatic yoghurt fermentation system was developed, featuring dual-mode operation (incubation and cooling), automated pH–timer …
How Solar Foods Makes Protein from Air Using Solein …
Solar Foods creates Solein, a zero-emission protein from air, CO₂, and electricity — redefining sustainable food with hydrogen-fed microbes.