🎯 Key Takeaways for quick navigation: 00:25 *🌱 Biomass Fuel Storage and Logistics* - Biomass fuel storage is essential in biomass plants, typically stored in large storage yards. - Plants need to anticipate their biomass needs, requiring significant storage capacity, usually between 1 to 3 months' worth. - Logistics, including handling and storage, are critical due to the bulk and variability of biomass materials. 02:17 *🔥 Biomass Boiler Operations* - Biomass boilers are the heart of the plant, converting chemical energy from biomass into thermal energy. - Boiler components include a combustion chamber, grate, superheaters, economizers, and flue gas cleaning systems. - Efficient operation and maintenance of boilers are crucial for optimal energy production and environmental compliance. 05:14 *💨 Flue Gas Treatment and Emissions Control* - Flue gas treatment systems ensure emissions compliance by removing particulates and pollutants. - Components such as electrostatic precipitators, bag filters, and scrubbers help reduce air pollutants. - Monitoring systems track emissions to maintain environmental standards and minimize ecological impact. 14:49 *♻️ Waste Management and Auxiliary Systems* - Biomass plants produce two main types of solid waste: ash and slag, requiring proper management and disposal. - Auxiliary systems like degasifiers, water treatment plants, and fuel handling equipment are crucial for plant operations. - Waste management and auxiliary systems add complexity and operational costs but contribute to environmental compliance and safety. 15:42 *💨 Air Filtration and Emission Control* - Air filtration systems, such as bag filters and induced draft fans, play a vital role in reducing particulate emissions. - Control devices like induced draft fans ensure proper airflow through filtration systems, maintaining plant efficiency. - Compliance with emissions standards necessitates robust filtration and monitoring systems to minimize environmental impact. 17:15 *🏭 Operational Considerations and Labor* - Biomass plant operations involve significant manual labor for material handling and equipment operation. - Despite labor-intensive processes, biomass plants contribute to local employment opportunities. - Operational costs, including labor, influence the overall economics of biomass energy production. Made with HARPA AI
Felicidades Santiago, por la labor divulgativa. Existe otra alternativa mucho más eficiente que un Aerocondesador para la refrigeración de la turbina, me refiero el Ciclo Higroscópico o HCT, en Córdoba lo han puesto en 3 plantas y va de maravilla, pues sigue la curva de vaco de la turbina incluso a temperaturas ambiente superiores a 40ºC y se puede utliizar con turbinas radiales y axiales
Hola muchas gracias por su video. Tengo una pregunta respecto a los gases condensables que genera la combustión del residuo de oliva. Si es que los recuperan, ¿qué tipo de sistema utilizan?
🎯 Key Takeaways for quick navigation:
00:25 *🌱 Biomass Fuel Storage and Logistics*
- Biomass fuel storage is essential in biomass plants, typically stored in large storage yards.
- Plants need to anticipate their biomass needs, requiring significant storage capacity, usually between 1 to 3 months' worth.
- Logistics, including handling and storage, are critical due to the bulk and variability of biomass materials.
02:17 *🔥 Biomass Boiler Operations*
- Biomass boilers are the heart of the plant, converting chemical energy from biomass into thermal energy.
- Boiler components include a combustion chamber, grate, superheaters, economizers, and flue gas cleaning systems.
- Efficient operation and maintenance of boilers are crucial for optimal energy production and environmental compliance.
05:14 *💨 Flue Gas Treatment and Emissions Control*
- Flue gas treatment systems ensure emissions compliance by removing particulates and pollutants.
- Components such as electrostatic precipitators, bag filters, and scrubbers help reduce air pollutants.
- Monitoring systems track emissions to maintain environmental standards and minimize ecological impact.
14:49 *♻️ Waste Management and Auxiliary Systems*
- Biomass plants produce two main types of solid waste: ash and slag, requiring proper management and disposal.
- Auxiliary systems like degasifiers, water treatment plants, and fuel handling equipment are crucial for plant operations.
- Waste management and auxiliary systems add complexity and operational costs but contribute to environmental compliance and safety.
15:42 *💨 Air Filtration and Emission Control*
- Air filtration systems, such as bag filters and induced draft fans, play a vital role in reducing particulate emissions.
- Control devices like induced draft fans ensure proper airflow through filtration systems, maintaining plant efficiency.
- Compliance with emissions standards necessitates robust filtration and monitoring systems to minimize environmental impact.
17:15 *🏭 Operational Considerations and Labor*
- Biomass plant operations involve significant manual labor for material handling and equipment operation.
- Despite labor-intensive processes, biomass plants contribute to local employment opportunities.
- Operational costs, including labor, influence the overall economics of biomass energy production.
Made with HARPA AI
muy bien siga asi es un excelente contenido
Felicidades Santiago, por la labor divulgativa. Existe otra alternativa mucho más eficiente que un Aerocondesador para la refrigeración de la turbina, me refiero el Ciclo Higroscópico o HCT, en Córdoba lo han puesto en 3 plantas y va de maravilla, pues sigue la curva de vaco de la turbina incluso a temperaturas ambiente superiores a 40ºC y se puede utliizar con turbinas radiales y axiales
muchas gracias aprendi mucho del video .muy didactico y muy interesane
muchas gracias me quedo muy claro el funcionamiento de la biomasa
Muchas gracias por el video
Hola muchas gracias por su video. Tengo una pregunta respecto a los gases condensables que genera la combustión del residuo de oliva. Si es que los recuperan, ¿qué tipo de sistema utilizan?
EXCELENTE.....VIDEO
Excelente video, me podría decir de cuantos MW es esta planta y donde queda Ing.?
Muy buenas, ¿Dónde es esa planta? Gracias
Genial no creo que sea facil de aprovechar con todo ese material talvez necesitan un horno mas o hacer otros productos como briquetas con el material
Buenos días, ustedes me podrían hacer el favor de colaborar en cómo puedo hacer para minimizar el % de oxigeno al momento de la combustión?
Bajando el aire primario y/o secundario, con una válvula a la salida del ventilador o con un variado de velocidad
Muchas gracias por el video