S1
Gas circuit
Combustible gas is led by the induced-draft fan to the combustion chamber; negative pressure carries the flame and hot air under the drum.
OltenTech · Technical selection
Don't choose a machine.Review a system.
Olten's core material on continuous systems, equipment parameters, operating evidence, project calculations and commercial collaboration. Start with the question you most need answered.
- Engineering inputs
- 01 Raw material conditions Moisture, ash and continuous supply
- 02 Operating boundary Heat sources, crews, maintenance and site conditions
- 03 Target path Product metrics, markets and project cycles
Selection topics
Verify first, then the equipment, then the economics.
- 01 Essential selection guidance Compare industrial continuous systems with simple equipment on operating evidence, energy use, clogging and quality stability. Operation · energy · clogging · quality
- 02 Equipment models & specifications The main OLT-D equipment by capacity, installed power, heat source and raw-material conditions. OLT-D1000 · D1500 · D2000
- 03 Proprietary engineering systems Why continuous operation is a system capability: sealing, pneumatics, thermal, cooling and safety interlocks. Gas circuit · thermal · sealing · safety
- 04 Investment returns & ROI A prudent measurement basis from raw materials, products, continuous operation, heat paths and markets. Mass balance · energy path · sensitivity
- 05 Commercial assurance How product buyback, distribution, quality acceptance and channel matching are agreed on real conditions. Acceptance · channel · project boundary
Proprietary engineering systems
Continuous operation is a system capability.
S2
Thermal engineering
Ceramic-fibre insulation, a cast high-alumina combustion chamber and waste heat returned to drying.
S3
Sealing
Four dynamic seals with 8-layer structures, and a sensor-controlled hopper that keeps the inlet airtight.
S4
Safety & control
PLC with manual and automatic modes, temperature monitoring, fan frequency and remote assistance.
| Specifications | OLT-D1000 | OLT-D1200 | OLT-D1500 | OLT-D1800 |
|---|---|---|---|---|
| Processing capacity | 800–1200 kg/h | 1200–1500 kg/h | 1600–2000 kg/h | 2800–3200 kg/h |
| Total power | 60.7 kW | 60.7 kW | 70.2 kW | 74.2 kW |
| Drum (diameter × length) | 1024 × 12000 mm | 1224 × 12000 mm | 1528 × 12000 mm | 1828 × 12000 mm |
Project ROI & economic modelling
A mass and energy balance you can check.
Enter your own figures. Nothing here is a quotation or a promise: the model only shows how the inputs combine, so you can bring better questions to Olten.
- Dry feed · per year
- 7,650t
- Biochar output · per year
- 2,295t
- CO₂ equivalent in the char · per year
- 6,311tCO₂e
- Indicative product + credit revenue · per year
- Add prices to see revenue
How this is calculated
CO₂e = biochar × fixed carbon × 44/12, before permanence factors, deductions and buffer pools set by your chosen methodology. Moisture is removed on a mass basis.
Knowledge centre
Real questions from real projects.
Contact Olten
Submit selection conditions
The more accurate the parameters, the more useful the first process route, equipment selection, layout and investment model will be. Information is used only for preliminary discussion.
- +86 173 2934 2016
- sales@oltenchina.com
- Address
- No. 29, Middle Section of Weiyi Road, Huanghe Street, Wenxian County, Jiaozuo City, Henan Province, China
Tell us about the project