Latest Cases

Project Overview

Beston delivered a BST-50 biochar production system for a European Biochar Carbon Removal (CDR) project. Utilizing local forestry waste as feedstock, the system converts biomass residues into stable biochar for long-term carbon storage. The project supports sustainable construction applications, ESG goals, and the development of high-value carbon removal credits.

Product:BST-50 continuous biochar machine

Application: Forestry waste wood chips / biomass carbon removal

Configuration: biochar machine + drying system + tar dust self-cleaning system

Location: Europe

European Biochar CDR Project Powered by BST-50 Continuous Biochar Machine

Customer Background

The client is a European construction group committed to advancing low-carbon development and sustainable building solutions. To address carbon reduction challenges, the company invested in a biochar carbon removal project using local forestry waste as feedstock. The project aims to produce high-quality biochar for long-term carbon sequestration, ESG compliance, and potential carbon credit generation.

01 Transforming Biomass Waste into Carbon Removal Solutions

02 Supporting ESG Goals & Carbon Credit Development

03 Customized System for European Project Requirements

Challenges Faced by Client

High Carbon Reduction Requirements

Meeting stricter European ESG regulations with reliable carbon removal solutions.

Efficient Conversion of Biomass Waste

Transforming local forestry waste with high moisture content into high-quality biochar.

Stable Long-Term Operation

Overcoming tar accumulation and clogging issues for continuous biochar production.

Beston Customized Biochar CDR Solution

Beston provided a customized BST-50 continuous biochar production system tailored for the European carbon removal project. By integrating biomass drying, continuous pyrolysis technology, and advanced tar dust management, the solution enables stable conversion of local forestry waste into high-quality biochar while supporting long-term carbon sequestration and sustainable development goals.

Continuous Biochar Production equipment:

The BST-50 continuous design ensures stable biomass carbonization, consistent biochar quality, and reliable carbon removal capacity for large-scale CDR projects.

Customized Biomass Processing Solution:

A dedicated drying system was integrated to process high-moisture wood chips (~30%), improving thermal efficiency and ensuring stable pyrolysis performance.

FSupporting Certified Carbon Removal Projects:

The BST-50 system supports biochar CDR projects following recognized carbon removal standards, helping customers unlock carbon credit opportunities through durable carbon storage.

Positive Outcomes

We are satisfied with Beston’s technical support and the performance of the biochar system.

Unlocking Carbon Credit Opportunities: Transforms biomass waste into valuable biochar products and creates new revenue potential through carbon removal markets.

Achieving Durable Carbon Removal: Enables long-term carbon sequestration while promoting sustainable biomass utilization.

Supporting Low-Carbon Transformation: Helps the client advance ESG goals and build future-ready sustainable solutions.

Start Your Biochar CDR Project with Beston!

Turn biomass resources into durable carbon removal solutions. Beston provides customized biochar production systems, technical expertise, and project support to help you launch and scale your BCDR journey.

Project Overview

Beston provided a customized waste tire recycling solution for an industrial client in East Africa, integrating an 8-10 TPD tire pyrolysis plant with BZJ-10 distillation equipment. By converting end-of-life tires into high-value fuel oil, the project helps the client reduce factory fuel costs, achieve greater energy self-sufficiency, and create additional revenue opportunities through refined oil products.

Product: 8-10 TPD Tire Pyrolysis Plant

Application: Waste Tire Recycling & Alternative Fuel Production

Configuration: BZJ-10 Distillation Equipment & gas purification system

Location: East Africa

8-10 TPD Waste Tire Pyrolysis Plant for Fuel Oil Production in East Africa

Customer Background

The client operates multiple industrial factories in East Africa. With increasing fuel demand and rising energy costs, the company sought a reliable alternative fuel solution to reduce expenses and improve energy self-sufficiency.

01 Stage 1: Crude Tyre Pyrolysis Oil

02 Stage 2: Light Distillate Oil

03 Stage 2: Heavy Distillate Oil

Challenges Faced by Client

High Fuel Expenses

Increasing industrial fuel prices significantly increased factory operating expenses.

Dependence on External Fuel Supply

The client needed a more stable and cost-effective fuel source to support continuous production.

Waste Tire Disposal Pressure

Large amounts of end-of-life tires required proper treatment and conversion into valuable resources.

Beston Customized Tire-to-Fuel Solution

Beston provided an integrated waste tire recycling solution combining an 8–10 TPD tire pyrolysis plant with BZJ-10 distillation equipment. The system converts end-of-life tires into refined fuel oil, helping the client reduce fuel costs, improve energy independence, and maximize waste resource value.

Tire Pyrolysis System for Resource Recovery:

The 8-10 TPD pyrolysis plant converts waste tires into crude pyrolysis oil, carbon black, and steel wire with efficient oil recovery and stable operation.

Oil Distillation for Higher Fuel Value:

The BZJ-10 distillation system further refines crude tire pyrolysis oil into light and heavy distilled oil, expanding application possibilities and improving product value.

Integrated Fuel Supply Solution:

The heavy distilled oil is used as alternative fuel for the client’s factories, while light oil can be sold locally, creating both cost savings and additional revenue opportunities.

Positive Outcomes

This project successfully helped the client reduce fuel costs, improve energy independence, and maximize the value of waste tires through an integrated pyrolysis and distillation solution.

The equipment works well, and we appreciate Beston’s support during the project.

Reduced Fuel Costs: Produced fuel oil reduced factory energy expenses by over 30%.

Improved Energy Independence: Built a stable alternative fuel supply for continuous operations.

Maximized Waste Tire Value: Converted waste tires into fuel oil, carbon black, and steel wire.

Turn Waste Tires into Valuable Fuel with Beston!

Transform end-of-life tires into fuel oil and create a reliable energy solution for your industrial operations. Beston provides customized pyrolysis and distillation systems to help you reduce costs and unlock new value from waste resources. Start Your Tire-to-Fuel Project with Beston Today!

Project Overview

Beston Group completed the installation and commissioning of a BLJ-16 TDU project in Africa in just 42 days—a new internal speed record—turning hazardous oilfield waste into valuable industrial fuel and helping the client reach production far ahead of schedule.

Product: 1*BLJ-16 Thermal Desorption Unit (TDU)

Application: Thermal desorption of landing oil sludge & oil-based drill cuttings (OBM)

Configuration: 304 stainless steel reactor + high-efficiency screw feeder system

Location: Africa

BLJ-16 Thermal Desorption Unit for an oilfield oil sludge recovery project in Africa commissioned in 42 days

Customer Background

The client works in close partnership with local African oilfields, taking direct responsibility for managing and processing the oil sludge generated during extraction and production. By providing professional, compliant disposal services for hazardous oil sludge, the client helps oilfields meet environmental requirements while securing a steady, service-based income.

01 Compliant Hazardous Waste Disposal

02 Fast Operational Readiness

03 Sustainable Resource Revenue

Challenges Faced by Client

Tight Deployment Timeline

The client needed the unit installed and commissioned at record speed to start earning service revenue as early as possible.

Complex, Corrosive Feedstock

A mix of landing oil sludge and oil-based drill cuttings (OBM) is hazardous and corrosive, demanding equipment that runs reliably without degradation.

Compliant Hazardous Waste Disposal

Oilfield partners require disposal that meets environmental standards, so the system had to deliver stable, compliant treatment from day one.

Beston’s Customized Hazardous Waste Thermal Desorption Solution

Beston delivered the BLJ-16 TDU solution and on-site support that directly answered the client’s needs around speed, durability, and compliance.

Rapid 42-Day Deployment:

Beston’s technical team completed the entire process from arrival to final commissioning in just 42 days, setting a new internal speed record and letting the client transition toward production well ahead of schedule.

Corrosion-Resistant, Reliable Build:

A corrosion-resistant 304 stainless steel reactor paired with a high-efficiency screw feeder handles landing oil sludge and OBM stably, ensuring durable operation against tough, corrosive feedstock.

High-Precision On-Site Support:

Despite the tight schedule, Beston’s engineers proactively identified and resolved complex on-site technical hurdles—such as abnormal thermocouple readings linked to VFD frequency—delivering peak operational stability and safety.

Positive Outcomes

“The process installation was good. We hereby conclude that your Engineer Yann is a very good and hard working person. Many thanks for doing business with you.”

Record-Speed Operational Readiness: With installation and commissioning completed in just 42 days, the client transitioned toward production far ahead of schedule, starting to generate service-based income and immediate cash flow from compliant hazardous waste disposal.

Stable, Compliant Hazardous Waste Treatment: The BLJ-16 TDU now safely processes the mix of landing oil sludge and oil-based drill cuttings (OBM), helping local oilfields meet environmental requirements and turning hazardous oilfield waste into harmless, manageable output.

New Revenue from Resource Recovery: Beyond disposal, the project recovers high-quality pyrolysis oil from the sludge, which the client sells as industrial fuel—capturing significant market value from what was previously considered waste and opening a sustainable resource-recovery revenue stream.

Project Overview

Beston supplied and commissioned a skid-mounted biochar pyrolysis system — complete with a modular design and an environmentally compliant exhaust gas purification system. By converting corn straw agricultural waste into high-quality biochar, this project helps the customer validate the feasibility of crop residue carbonization and advance their vision of green production across the entire agricultural value chain.

Product:biochar pyrolysis system

Application: Corn straw / agricultural crop residues

Configuration: Modular skid-mounted design + exhaust gas purification system

Location: China

Skid-Mounted Biochar Machine for a Corn Straw Carbonization Project in China

Customer Background

The client is a Chinese high-tech energy R&D company focused on carbon capture (CCUS) and energy storage. Backed by government funding and partnered with a leading university professor, they launched this pilot project to convert corn straw into biochar, supporting green agriculture and China’s carbon neutrality goals.

01 Effective Processing of Specific Hazardous Waste Materials

02 Meeting Environmental Impact Assessment (EIA) Emission Standards

03 Reasonable Site Layout

Challenges Faced by Client

Unverified Carbonization Feasibility

Needed to validate whether corn straw could be converted into high-quality biochar.

Tight 20-Day Delivery Timeline

Full delivery and commissioning required before a high-profile municipal visit.

Strict Environmental Compliance

Stable performance and compliant emissions essential to the project’s green mission.

Beston Customized Small-Scale Biochar Solution

Beston delivered a tailored skid-mounted biochar system designed to validate straw carbonization feasibility while meeting the client’s tight timeline and sustainability standards.

Skid-Mounted Modular Design:

The all-in-one skid-mounted structure reduced on-site civil engineering by 80%, enabling rapid installation and commissioning within the client’s 20-day deadline.

Adaptive Combustion System:

Engineers flexibly adjusted the combustion configuration on-site to overcome the local shortage of gasification furnaces, ensuring smooth and stable system operation.

Full-Process Carbonization & Eco-Compliant Emissions:

The system fully carbonized corn straw — including leaves and inner pith — while integrated exhaust treatment kept emissions environmentally compliant throughout operation.

Positive Outcomes

“The equipment performance exceeded our expectations, and Beston’s team delivered exactly what we needed within the tight timeline. A truly successful pilot project!”

Validated Carbonization Feasibility: Corn straw was fully carbonized — including leaves and inner pith — confirming the viability of straw-to-biochar conversion and laying a solid foundation for future scale-up.

On-Time Delivery for High-Profile Launch: The project was successfully delivered within 20 days, enabling the client to host a successful press conference attended by municipal leaders and industry experts.

Proven Stability & Eco-Compliance: The system ran steadily for over 4 hours and 15 minutes during the official demonstration, with intact water-cooling seals and fully compliant emissions — meeting all environmental standards.