Anaerobic Biogas Digester Project - Front-End Engineering Design (FEED) (eBook, ePUB)
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This eBook presents the Front-End Engineering Design (FEED) of a scalable Anaerobic Biogas Digester Project developed in Sleman, Yogyakarta, Indonesia. The project is designed to process up to 10 tons of organic waste per day using low-temperature anaerobic digestion (LTAD) technology, and it is expandable to 30 tons/day.The book provides insights into biogas process flow, equipment specifications, investment costs, energy yields, safety and environmental protocols (SHE), and implementation strategies. It also outlines the project's financial viability, revenue potential, and roadmap for repli...
This eBook presents the Front-End Engineering Design (FEED) of a scalable Anaerobic Biogas Digester Project developed in Sleman, Yogyakarta, Indonesia. The project is designed to process up to 10 tons of organic waste per day using low-temperature anaerobic digestion (LTAD) technology, and it is expandable to 30 tons/day.
The book provides insights into biogas process flow, equipment specifications, investment costs, energy yields, safety and environmental protocols (SHE), and implementation strategies. It also outlines the project's financial viability, revenue potential, and roadmap for replication in other regions.
This document is intended for investors, project developers, engineers, students, and sustainability advocates who are exploring clean energy opportunities, especially in agricultural and rural sectors.
Inside you'll find: • Project background and problem analysis • Process and system design • Equipment and instrumentation overview • Environmental and safety design • Implementation timeline and investment structure • Operational planning and scalability
This FEED serves as both a technical reference and a real-world business blueprint for launching a circular, community-based energy system through biogas technology.
The book provides insights into biogas process flow, equipment specifications, investment costs, energy yields, safety and environmental protocols (SHE), and implementation strategies. It also outlines the project's financial viability, revenue potential, and roadmap for replication in other regions.
This document is intended for investors, project developers, engineers, students, and sustainability advocates who are exploring clean energy opportunities, especially in agricultural and rural sectors.
Inside you'll find: • Project background and problem analysis • Process and system design • Equipment and instrumentation overview • Environmental and safety design • Implementation timeline and investment structure • Operational planning and scalability
This FEED serves as both a technical reference and a real-world business blueprint for launching a circular, community-based energy system through biogas technology.
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