Build Small Biomass Pyrolysis Unit

@jannp1

Hi there, I can design a compact biomass pyrolysis system for up to 100 kg/day, including process design, P&ID, mechanical drawings, BOM, control system, and fabrication documentation. I'll optimize the reactor and condenser system for maximum bio-oil yield while ensuring the unit fits within a standard 20-ft container or skid. I have experience with thermal process equipment, mechanical design, and pilot-scale systems, and can support the project from design through fabrication and commissioning. Best Regards,

@richards109

Hello, Your project is very interesting and aligns well with my experience in process engineering, thermal systems, and pilot-scale equipment development. I can assist with the complete development of a compact biomass pyrolysis unit, including process design, reactor and condenser sizing, P&ID creation, mechanical drawings, BOM preparation, control system integration, and commissioning support. The focus would be on maximizing bio-oil yield while maintaining a compact footprint suitable for a containerized or skid-mounted installation. My approach would include: • Feedstock and process evaluation • Reactor, heating, and condenser system design • Detailed CAD drawings and fabrication package • PLC or Arduino-based temperature control system • Equipment specifications and procurement support • FAT testing procedures and operating documentation I understand the challenges involved in heat transfer, vapor residence time, condensation efficiency, and bio-oil recovery, all of which are critical to achieving reliable performance at the 100 kg/day scale. Please share any preferred feedstock types, target bio-oil yields, and project timeline. I would be happy to discuss the design strategy and next steps. Best regards,

@saburovd

Hello, I’m very interested in your biomass-to-bio-oil pilot project and have experience with thermal process systems, process equipment design, controls integration, and fabrication documentation for small-scale industrial applications. Your target throughput of less than 100 kg/day is well suited to a compact pilot-scale system that emphasizes process reliability, safety, and bio-oil yield optimization. I can support the project from concept through commissioning, including process design, reactor sizing, P&ID development, mechanical fabrication drawings, BOM preparation, instrumentation selection, and control system integration. Depending on your feedstock characteristics and desired product distribution, I can evaluate both fast and slow pyrolysis approaches and recommend the configuration that maximizes liquid yield while maintaining a practical footprint suitable for containerized or skid-mounted deployment. The deliverables can include complete fabrication packages for the reactor, condensers, gas handling, feed system, and support equipment, along with PLC or Arduino-based temperature control capable of maintaining stable operating conditions. I can also provide startup procedures, operating guidelines, safety recommendations, and factory acceptance testing documentation demonstrating system performance prior to shipment. I look forward to discussing your requirements and helping bring this pilot system from concept to operation. Best regards,