Build Small Biomass Pyrolysis Unit
Budget: $250 – $750 USD
I’m setting up a pilot project that converts agricultural biomass into liquid bio-oil and I need a compact pyrolysis system engineered, fabricated, and ready to run. The target throughput is strictly small-scale—no more than 100 kg of feedstock per day—so I’m after an efficient, bench-to-plant solution rather than a full-blown industrial line.
Here’s what I’m counting on you to handle from concept to commissioning:
• Process design sized for ≤ 100 kg/day of mixed biomass
• Detailed mechanical drawings, P&ID, and a complete bill of materials
• Fabrication or clear fabrication instructions for reactor, condenser train, and ancillary equipment
• Integrated heating and basic control scheme (PLC or Arduino-based is fine as long as temperature is held reliably)
• Factory acceptance test showing steady production of bio-oil, plus a short run-up guide I can follow on site
Key points you should factor in: fast or slow pyrolysis is acceptable as long as bio-oil yield is maximized; char and syngas can be considered by-products but don’t need dedicated upgrading; footprint must stay compact enough to fit inside a standard 20 ft container or modular skid.
If you’ve already built similar small pyrolysis or waste-to-energy units, point me to them so I can gauge fit. I’m ready to move quickly once we agree on a practical timeline for design, build, and shipping.
Here’s what I’m counting on you to handle from concept to commissioning:
• Process design sized for ≤ 100 kg/day of mixed biomass
• Detailed mechanical drawings, P&ID, and a complete bill of materials
• Fabrication or clear fabrication instructions for reactor, condenser train, and ancillary equipment
• Integrated heating and basic control scheme (PLC or Arduino-based is fine as long as temperature is held reliably)
• Factory acceptance test showing steady production of bio-oil, plus a short run-up guide I can follow on site
Key points you should factor in: fast or slow pyrolysis is acceptable as long as bio-oil yield is maximized; char and syngas can be considered by-products but don’t need dedicated upgrading; footprint must stay compact enough to fit inside a standard 20 ft container or modular skid.
If you’ve already built similar small pyrolysis or waste-to-energy units, point me to them so I can gauge fit. I’m ready to move quickly once we agree on a practical timeline for design, build, and shipping.