One of the primary concerns that many in the biomass processing world focus on is flowability of biomass feedstocks. Flowability is a measure of how well material flows from point A to point B in a biomass processing system. Material flowability issues include things as simple as reduced rates of flow, but could also include bridging, where biomass binds together and blocks conveyances or materials may “rathole,” where storage bins empty in irregular patterns causing potential structural issues. Addressing these issues is a very critical component to successfully processing biomass. There are many different types of biomass that are being researched and studied for alternative bioenergy sources. Each feedstock source is an individual type of plant that exhibits different fiber and compositional characteristics. In addition, differences in harvesting and grinding techniques will change flowability characteristics. All of these characteristics must be considered when designing a biomass processing system as they determine the differences and individual challenges associated with processing different feedstocks.
At Genera Energy we have extensive experience in processing multiple feedstock types. We know biomass processing in and out. Whether the challenges are a result of harvesting methods, geographic weather conditions, and even physical attributes of the plant itself, our team has the knowledge they need to economically and efficiently process biomass. Genera has faced many challenges as it developed its biomass processing systems. We have found solutions and we continue to develop new and innovative operational procedures to make processing biomass more effective for our downstream commercial partners. Through the knowledge and expertise of our dedicated team, Genera Energy can provide the most efficient and effective biomass processing systems in the industry. Contact us for more information on the processing solution that is tailored to your needs!
By Austin Beddingfield, Operations Coordinator
