biomass

# Biomass — Biomass Energy Reference Quick-reference skill for biomass energy conversion, feedstock properties, and thermochemical processes. ## When to Use - Evaluating biomass feedstocks for energy production - Comparing combustion, gasification, and pyrolysis pathways - Calculating heating values and moisture impact - Designing biomass boilers or gasifier systems - Understanding pelletization and densification ## Commands ### `intro` ```bash scripts/script.sh intro ``` Overview of biomass energy — types, conversion pathways, and global context. ### `feedstocks` ```bash scripts/script.sh feedstocks ``` Biomass feedstock properties: heating values, moisture, ash content, and composition. ### `combustion` ```bash scripts/script.sh combustion ``` Biomass combustion principles — grate, fluidized bed, stoker, and efficiency factors. ### `gasification` ```bash scripts/script.sh gasification ``` Gasification technology — updraft, downdraft, fluidized bed, syngas composition. ### `pyrolysis` ```bash scripts/script.sh pyrolysis ``` Pyrolysis processes — slow, fast, flash — and product distributions (biochar, bio-oil, syngas). ### `pellets` ```bash scripts/script.sh pellets ``` Pelletization — feedstock preparation, press types, quality standards (ENplus). ### `emissions` ```bash scripts/script.sh emissions ``` Biomass emission profiles — particulates, NOx, CO, and mitigation strategies. ### `sizing` ```bash scripts/script.sh sizing ``` Plant sizing calculations — fuel consumption, storage, boiler capacity rules of thumb. ### `help` ```bash scripts/script.sh help ``` ### `version` ```bash scripts/script.sh version ``` --- *Powered by BytesAgain | bytesagain.com | hello@bytesagain.com*