PLANTA DE BIOMASA: HACIENDO UNA VISITA VIRTUAL

¿Cómo son en la realidad cada uno de los equipos y sistemas que componen una planta de biomasa? En este video os los mostramos, a modo de visita virtual

[@cindybarba7435]

🎯 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.
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[@frank8157]

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

[@carloseleon1]

muy bien siga asi es un excelente contenido

[@robertowilson7652]

muchas gracias aprendi mucho del video .muy didactico y muy interesane

[@jeanfrancoisebonfortzegarr9964]

muchas gracias me quedo muy claro el funcionamiento de la biomasa

[@diegoma5584]

Muchas gracias por el video

[@EOLICOSOLAR]

EXCELENTE.....VIDEO

[@mpbb3104]

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?

[@josezayasaraujo2699]

Excelente video, me podría decir de cuantos MW es esta planta y donde queda Ing.?

[@zleopoldoroldan]

Muy buenas, ¿Dónde es esa planta? Gracias

[@pedroignaciocastrosalcedo5044]

Buenos días, ustedes me podrían hacer el favor de colaborar en cómo puedo hacer para minimizar el % de oxigeno al momento de la combustión?

[@energiasrenovables9608]

Bajando el aire primario y/o secundario, con una válvula a la salida del ventilador o con un variado de velocidad