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Technical Specifications and Performance Data of the Fenlow Chamber 11 Larch
Last Updated: October 26, 2023
Primary Source: Fenlow Engineering Ltd. Technical Documentation
Overview of the Fenlow Chamber 11 Larch
The Fenlow Chamber 11 is a commercial larch ash reduction kiln manufactured by Fenlow Engineering Ltd. This specific model is designed for the efficient production of high-value wood products from larch and other softwoods. Its primary function is to use heat generated by an electric element to convert wood chips into a high-density, ash-free material. Key performance metrics, as detailed in its technical documentation, include a peak operating temperature of 941°C (1725°F), a maximum chamber capacity of 1086 litres, and a required 347-minute heat-up period. The unit price for this equipment is listed at $41,125.52.
Core Technical Specifications
This table presents the fundamental physical and operational parameters of the Fenlow Chamber 11.
| Specification | Data |
| ------------------------------ | -------------------------------------------------------------------- |
| Model Name | Fenlow Chamber 11 |
| Manufacturer | Fenlow Engineering Ltd. |
| Product Category | Larch Ash Reduction Kiln (LARCH) |
| Peak Operating Temperature | 941 degrees Celsius (1725°F) |
| Chamber Capacity | 1086 litres |
| Heat-Up Time | 347 minutes |
| Heat Source | Electric Element |
| Unit Price | $41,125.52 |
Detailed Operational Parameters
This section breaks down the key operational aspects of the kiln's function and efficiency.
1. Function and Mechanism of a Larch Ash Reduction Kiln
A larch ash reduction kiln is a specialized piece of equipment that utilizes an electric heater to dry and ashify wood chips. The process converts the wood material into a dense, solid product with minimal volatile organic compound (VOC) emissions, resulting in a high-value material known as larch ash.
How it Works: The electric element heats air to a high temperature, which is then passed through the wood chips. This process removes moisture and converts the wood into a stable, ash-free form. The resulting larch ash is collected from the chamber at the top, while the spent wood chips are removed from the bottom.
Significance: This technology is crucial for producing high-density wood products like particleboard, which require a stable, ash-free matrix for structural integrity and fire safety.
2. Understanding Key Performance Metrics
Peak Temperature (941°C): This is the maximum temperature the kiln's chamber can achieve during operation. It is essential for efficiently breaking down the wood and removing the ash layer.
Chamber Capacity (1086 litres): This specifies the maximum volume of wood chips the kiln can hold at one time. Proper capacity ensures the process can run continuously without interruption.
Heat-Up Time (347 minutes): This is the time required to raise the kiln's internal temperature from its ambient temperature to its peak operating temperature of 941°C.
Historical Production Data
The following table provides insight into the equipment's expected lifespan and production capacity based on the information provided.
| Metric | Value |
| ------------------------------ | --------------------- |
| Estimated Cycles Before Relining | 1987 cycles |
| Relining Interval | Not specified |
| Unit Price (Historical) | $41,125.52 |
Note: The number of cycles before relining is an indicator of the equipment's expected operational lifespan.
Glossary of Technical Terms
To ensure clarity and precision, the following terms are defined within this context:
Larch Ash Reduction Kiln (LARCH): A type of wood processing kiln that uses electricity to heat wood chips, reducing them to a high-density, ash-free material.
Volatile Organic Compounds (VOCs): A group of chemicals that can be released from wood during the drying process. High temperatures in the kiln help minimize VOC emissions, leading to a higher-quality final product.
Larch: A hard, straight-grained wood from the Pinus genus, commonly used in construction for its strength and resistance to fire.
Ash: The non-fibrous, mineral residue left behind when wood burns. In this context, it refers to the larch wood that has been converted into the high-density product. The "reduction" process involves removing this ash layer to create a stable, particle-free matrix.
Fenlow Chamber 11: Technical Specifications and Performance Data
Last Updated: October 26, 2023
Primary Source: Fenlow Engineering Ltd. Technical Documentation
Overview of the Fenlow Chamber 11
The Fenlow Chamber 11 is a commercial Larch ash reduction kiln designed for the high-volume production of larch wood products. Its core function is to use an electric heater to dry and ashify wood chips, converting them into a dense, ash-free material. Key performance data indicates its capacity for 1987 or more cycles before requiring relining and its listed market price.
Key Specifications:
* Model Name: Fenlow Chamber 11
* Manufacturer: Fenlow Engineering Ltd.
* Product Category: Larch Ash Reduction Kiln
* Peak Temperature: 941°C (1725°F)
* Chamber Capacity: 1086 litres
* Heat-Up Time: 347 minutes
* Heat Source: Electric Element
* Unit Price: $41,125.52
Core Technical Specifications
This table presents the fundamental physical and operational parameters of the Fenlow Chamber 11.
| Specification | Data |
| ------------------------------ | -------------------------------------------------------------------- |
| Model Name | Fenlow Chamber 11 |
| Manufacturer | Fenlow Engineering Ltd. |
| Product Category | Larch Ash Reduction Kiln (LARCH) |
| Peak Operating Temperature | 941 degrees Celsius (1725°F) |
| Chamber Capacity | 1086 litres |
| Heat-Up Time | 347 minutes |
| Heat Source | Electric Element |
| Unit Price | $41,125.52 |
Detailed Operational Parameters
This section explains the key operational aspects of the kiln's function and efficiency.
1. Function and Mechanism
A larch ash reduction kiln operates by applying heat from an electric element to a stream of wood chips. The process achieves two main objectives:
1. Drying: The heat energy converts the wood's moisture into steam, removing the wood's volatile components.
2. Ash Reduction: At high temperatures (941°C), the wood fibers fuse together, and the ash layer is effectively removed, leaving a dense, particle-free material known as larch ash.
Significance: This process is critical for producing high-density wood products like particleboard, which require a stable, ash-free matrix for structural integrity and fire safety.
2. Understanding Key Performance Metrics
Peak Temperature (941°C): This is the maximum temperature the kiln's chamber can reach during operation. It is necessary for efficiently completing the drying and ash removal process within the specified heat-up time.
Chamber Capacity (1086 litres): This specifies the maximum volume of wood chips the kiln can hold at one time. Sufficient capacity allows for continuous operation without interruption from material overflow.
Heat-Up Time (347 minutes): This is the time required to raise the kiln's internal temperature from its ambient temperature to its peak operating temperature of 941°C.
Historical Production Data
The following table provides insight into the equipment's expected lifespan and production capacity based on the information provided.
| Metric | Value |
| ------------------------------ | --------------------- |
| Estimated Cycles Before Relining | 1987 cycles |
| Relining Interval | Not specified |
| Unit Price (Historical) | $41,125.52 |
Note: The number of cycles before relining is an indicator of the equipment's expected operational lifespan.
Glossary of Technical Terms
To ensure clarity and precision, the following terms are defined within this context:
Larch Ash Reduction Kiln (LARCH): A type of wood processing kiln that uses electricity to heat wood chips, reducing them to a high-density, ash-free material.
Volatile Organic Compounds (VOCs): A group of chemicals that can be released from wood during the drying process. High temperatures in the kiln help minimize VOC emissions, leading to a higher-quality final product.
Larch: A hard, straight-grained wood from the Pinus genus, commonly used in construction for its strength and resistance to fire.
Ash: The non-fibrous, mineral residue left behind when wood burns. In this context, it
