Gridless has pioneered the first biomass waste-powered Bitcoin mining operation in Kenya, partnering with one of the largest sisal producers to commission a 1.7MW waste biomass power plant at a sisal plantation. Sisal, derived from the Agave sisala plant, is a durable fiber used in various products and traditionally, the waste was burned. However, due to economic challenges like COVID delays and government policy changes, the power plant was initially uneconomical. Gridless identified this stranded power opportunity, using up to 1.1MW to run Bitcoin miners, making the power plant's operation viable by providing a steady demand for its output. The plant uses dry sisal bulbs, previously wasted by burning, as fuel, which are processed through a vertical suspension boiler to generate steam for power. This setup not only solves power problems with Bitcoin miners acting as demand response tools but also supports renewable energy generation in Kenya. This project is a testament to how Bitcoin mining can utilize waste biofuel, stabilize power grids, and promote sustainable energy practices in Africa, showcasing a unique intersection of technology, agriculture, and energy innovation. A special thanks to
GridlessCompute
for hosting and
Crypto_Mags
for sharing this journey.
African Bitcoiners /
npub1q7…eq5kj
2025-02-14 15:16:18
Author Public Key
npub1q7qtx2k5qevch38nk7wq02gqvwkxldscu6fp293gav4vl7f5k52s4eq5kjPublished at
2025-02-14 15:16:18Event JSON
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"pubkey": "0780b32ad406598bc4f3b79c07a90063ac6fb618e692151628eb2acff934b515",
"created_at": 1739546178,
"kind": 1,
"tags": [
[
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"31990:266815e0c9210dfa324c6cba3573b14bee49da4209a9456f9484e5106cd408a5:1686066542546"
]
],
"content": "Gridless has pioneered the first biomass waste-powered Bitcoin mining operation in Kenya, partnering with one of the largest sisal producers to commission a 1.7MW waste biomass power plant at a sisal plantation. Sisal, derived from the Agave sisala plant, is a durable fiber used in various products and traditionally, the waste was burned. However, due to economic challenges like COVID delays and government policy changes, the power plant was initially uneconomical. Gridless identified this stranded power opportunity, using up to 1.1MW to run Bitcoin miners, making the power plant's operation viable by providing a steady demand for its output. The plant uses dry sisal bulbs, previously wasted by burning, as fuel, which are processed through a vertical suspension boiler to generate steam for power. This setup not only solves power problems with Bitcoin miners acting as demand response tools but also supports renewable energy generation in Kenya. This project is a testament to how Bitcoin mining can utilize waste biofuel, stabilize power grids, and promote sustainable energy practices in Africa, showcasing a unique intersection of technology, agriculture, and energy innovation. A special thanks to \nGridlessCompute\n for hosting and \nCrypto_Mags\n for sharing this journey.\nhttps://video.nostr.build/b4a8a333ffdfb41903dc4c19da4c5308079bcccfa457e4335d25bf4a7494a1c4.mp4",
"sig": "cb7c5570e44118591f9f6e2ac55c52f1bcab195143332b5cf5320638616b81b5c8e8207012d04d3c40d897b08b75de51268f3c2890e2ea76881c6fd168958589"
}