On-site visit

On January 26th, 2026, Beston Group hosted a landmark on-site operation tour of its BST-06 Max Biochar Machine at the pilot plant in Jiaozuo Factory. Industry experts and strategic partners gathered to witness the full production cycle — from intelligent equipment startup to the stable, continuous output of high-quality biochar. The day also featured a forward-looking discussion on dMRV system integration and the future trajectory of biochar technology.

A Day in Full

Chapter1: Morning | 10:00 AM – 11:30 AM: Equipment Startup & Workshop Tour

📍 Pilot Base & Manufacturing Workshop

The day kicked off with the BST-06 Max running a live material test on waste wood chips 🪵. Visiting experts crowded around the PLC intelligent control panel as Beston’s engineers walked through each operational step in real time. The group then moved to the manufacturing workshop, where they observed the precision machining of core components, rigorous welding procedures, and full assembly processes up close. Beston engineers accompanied the group throughout, fielding questions at every stop.

Chapter2: Midday | 11:30 AM – 12:30 PM: Coffee Break & Networking

📍 Meeting Room

In a relaxed and open setting, visiting experts and Beston’s technical and business teams engaged in candid, wide-ranging conversations — covering the evolution of the biochar industry, real-world applications of biochar equipment, and potential pathways for collaboration. The session deepened mutual understanding and laid the groundwork for future industrial chain partnerships.

Chapter3: Afternoon I | 2:30 PM – 3:30 PM: Live Machine Operation Tour

📍 Pilot Base & Laboratory

After the break, experts returned to the experimental base to witness the complete pyrolysis process — wood chips transforming into finished biochar before their eyes. Guests even had the opportunity to handle freshly produced biochar firsthand. The group then toured Beston’s specialized on-site laboratory, where researchers presented a curated comparison of diverse biomass raw material samples alongside their corresponding BST-06 Max biochar outputs — a vivid demonstration of the machine’s versatility and consistency.

Chapter4: Afternoon II | 3:30 PM – 6:00 PM: Solution Sharing, Q&A & dMRV Presentation

📍 Meeting Room

Beston’s technical team took the floor to present their latest biochar production solutions, followed by an open Q&A session that tackled the hard questions head-on — from process reliability and output consistency to long-term operational economics. The afternoon closed with a dedicated presentation from a dMRV partner, spotlighting the role of digital monitoring, traceability, and carbon removal accounting in making biochar production audit-ready for carbon registries.

On-Site Footage

Looking Ahead

January 26th was more than a product showcase — it was proof that biochar technology has crossed the threshold from concept to stable, scalable industrial reality.
We extend our deepest gratitude to every expert and partner who joined us, contributed their insights, and engaged so actively throughout the day. Your expertise and enthusiasm are precisely what drives Beston forward.
The 2026 site tour calendar is full. We look forward to welcoming you at the next event — wherever in the world it takes us.

Further activities

On January 22, 2026, Beston Group hosted a landmark on-site operation tour at its pilot plant in Jiaozuo City. Industry experts, partners, and investors gathered to witness live — from first ignition to continuous oil output — the full operational cycle of the BLJ-20, Beston’s most advanced plastic pyrolysis system to date.

The Technology: Pyrolysis and Distillation, Finally as One

The centerpiece of the day was the BLJ-20 Pyrolysis-Distillation Integrated Plant, officially launched in September 2025. Unlike conventional systems that treat pyrolysis and distillation as separate stages, the BLJ-20 unifies the entire workflow into a single, seamless process — dramatically cutting energy consumption while delivering a measurable upgrade in output oil quality.
This is not incremental improvement. It is a fundamental rethinking of how plastic-to-fuel conversion should work.

A Day in Full

Chapter1: Morning | 10:10 AM – 11:30 AM: Live Equipment Operation

📍 Pilot Base & Manufacturing Workshop

At precisely 10:10 AM, the ignition command was given. As the BLJ-20 roared to life , visitors followed every stage of the startup sequence up close — gaining hands-on insight into the equipment’s architecture, engineering precision, and Beston’s rigorous production management standards across materials, welding, and quality control.

Chapter2: Afternoon | 2:30 PM – 4:00 PM: Technical Deep Dive

📍 Conference Room

Beston’s engineering leadership took the floor for an open Q&A session. Attendees probed the team on temperature control accuracy, operating cost structures, and real-world ROI projections. The discussion was candid, data-driven, and left participants with a clear-eyed view of the BLJ-20’s commercial viability .

Chapter3: Afternoon | 4:00 PM – 5:30 PM: Oil Sample Showcase

📍 Pilot Base — Sample Display Area

By 4:00 PM, the BLJ-20 had been running steadily for six hours. Guests made their way to the sampling area to inspect freshly produced output — and the results spoke for themselves:

Naphtha — Crystal clear in appearance; a premium-grade feedstock for the chemical and petrochemical industries.

Non-Standard Diesel — Ready for direct industrial combustion or further refining into higher-value fuel products.

The visible quality of both samples drew strong interest and set the tone for the conversations that followed.

On-Site Footage

Looking Ahead

The January 22 open day was more than a product demonstration — it was a proof of concept delivered in real time, under real conditions, before real industry eyes.
We extend our sincere gratitude to every partner and expert who joined us. Your engagement and trust are what challenge us to keep raising the bar. As we look to the road ahead, Beston remains unwavering in its commitment: pushing the boundaries of pyrolysis technology, and building the infrastructure for a truly circular, low-carbon future.

Further activities