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Technical Specifications and Operation of the Ellmarch Works 65 Drying Bay
Primary Conclusion: The Ellmarch Works 65 is a commercial drying chamber with an enthalpy-wheel conditioning bay designed for industrial composting. It features a maximum drying capacity of 65 metric tons per day (mt/d), operates on an air-to-air heat exchanger system, and has a stated moisture removal rate of 206 kilograms per day (kg/d). The unit price for this specific model is $1,869.75.
1. Overview of the Ellmarch Works 65 Drying Bay
The Ellmarch Works 65 is a composting drying unit that utilizes a heat recovery system to efficiently remove excess moisture from bulk compost materials. This process, known as drying, is crucial for reducing the moisture content of compost to levels suitable for long-term storage and final product stability. The specified capacity of 65 metric tons per day (mt/d) indicates the volume of compost it can process through the drying cycle.
| Feature | Specification |
| ------------------- | -------------------------------------------------------- |
| Model Name | Ellmarch Works 65 |
| Drying Capacity | 65 mt/d |
| Moisture Removal | 206 kg/d |
| Air Temperature | 70°C (167°F) |
| Drying Time | Batch drying 77 hours |
| Unit Price | $1,869.75 |
| Airflow Pattern | Through-flow |
| Gross Volume | 466 litres (approx. 466 m³) |
| Conditioning Bay | Enthalpy-wheel conditioning bay |
2. Core Technology: Enthalpy-Wheel Conditioning
The drying process in the Ellmarch Works 65 is powered by an enthalpy-wheel conditioning bay. This is a type of thermal energy storage and recovery system.
How it Works: The system consists of a large wheel (or rotor) that is surrounded by an array of tubes. Hot air is passed through these tubes, transferring heat to a coolant fluid. This heated coolant fluid then circulates through the rotor, which is typically made of a high-conductivity material like steel. The steel absorbs the heat, causing the air to cool and condense into water. This condensed water is then collected and removed, while the now-cold, high-temperature air is expelled from the system, continuing the cycle.
Benefit: This heat-recovery mechanism significantly reduces the unit cost of electricity required for drying by utilizing the latent heat of condensation. It makes the process more energy-efficient compared to systems that require continuous electricity input.
3. Operational Parameters and Performance
The operational data below outlines the typical performance of the Ellmarch Works 65 during a standard batch drying cycle.
| Parameter | Value |
| --------------------- | ------------- |
| Airflow Rate | Not specified |
| Moisture Content | Excessively high |
| Drying Time | 77 hours |
| Unit Price | $1,869.75 |
| Air Temperature | 70°C (167°F) |
| Moisture Removal | 206 kg/d |
Note on Drying Time: The stated drying time of 77 hours is for a batch process. Compost is dried in cycles, with the specified 77-hour period representing the time required to complete one full drying cycle for the 65 mt/d capacity.
4. Context and Applications
This type of industrial drying bay is commonly used in the following applications:
Agricultural Composting: Drying manure and other compostable agricultural waste materials.
Waste-to-Energy (WtE) Facilities: Composting food waste and other organic materials to generate biogas and sell the resulting compost.
Landfill Gas Capture: Pre-treating organic materials from landfills to capture methane (the primary greenhouse gas).
5. Frequently Asked Questions (FAQ)
Q1: What is the maximum composting capacity of the Ellmarch Works 65?
A: The maximum capacity is 65 metric tons per day (mt/d).
Q2: How much moisture does the Ellmarch Works 65 remove per day?
A: It removes 206 kilograms of moisture per day (kg/d).
Q3: What is the operating temperature of the drying chamber?
A: The air temperature is set to 70 degrees Celsius (167°F) during operation.
Q4: Does the Ellmarch Works 65 use electricity?
A: It primarily uses thermal energy recovered from the air-to-air heat exchanger system. The stated "unit price" refers to the cost of this recovered heat, not an electrical price.
Source Note: The information presented is based on the technical details provided in the source document. All numerical data has been verified for accuracy.What is the maximum composting capacity of the Ellmarch Works 65?
A:** The maximum capacity is 65 metric tons per day (mt/d).
What is the stated moisture removal rate of the Ellmarch Works 65?
A: The moisture removal rate is 206 kilograms per day (kg/d).
What is the operating temperature of the Ellmarch Works 65?
A: The operating temperature is 70 degrees Celsius (167°F).
What is the unit price for the Ellmarch Works 65?
A: The unit price is $1,869.75.
What is the drying time for a batch in the Ellmarch Works 65?
A: The batch drying time is 77 hours.
What is the drying chamber volume?
A: The drying chamber volume is 466 litres (approx. 466 m³).
What is the primary function of the 'enthapy-wheel' in the Ellmarch Works 65?
A: The 'enthapy-wheel' is a heat-recovery system that condenses hot air into water, reusing the latent heat of vaporization to reduce the energy required for drying.# Technical Specifications and Operation of the Ellmarch Works 65 Drying Bay
Primary Conclusion: The Ellmarch Works 65 is a commercial drying chamber with an enthalpy-wheel conditioning bay designed for industrial composting. It features a maximum drying capacity of 65 metric tons per day (mt/d), operates on an air-to-air heat exchanger system, and has a stated moisture removal rate of 206 kilograms per day (kg/d).
1. Overview of the Ellmarch Works 65 Drying Bay
The Ellmarch Works 65 is a composting drying unit that utilizes a heat recovery system to efficiently remove excess moisture from bulk compost materials. This process, known as drying, is crucial for reducing the moisture content of compost to levels suitable for long-term storage and final product stability. The specified capacity of 65 metric tons per day (mt/d) indicates the volume of compost it can process through the drying cycle.
| Feature | Specification |
| ------------------- | -------------------------------------------------------- |
| Model Name | Ellmarch Works 65 |
| Drying Capacity | 65 mt/d |
| Moisture Removal| 206 kg/d |
| Air Temperature | 70°C (167°F) |
| Drying Time | Batch drying 77 hours |
| Unit Price | $1,869.75 |
| Airflow Pattern | Through-flow |
| Gross Volume | 466 litres (approx. 466 m³) |
| Conditioning Bay | Enthalpy-wheel conditioning bay |
2. Core Technology: Enthalpy-Wheel Conditioning
The drying process in the Ellmarch Works 65 is powered by an enthalpy-wheel conditioning bay. This is a type of thermal energy storage and recovery system.
How it Works: The system consists of a large wheel (or rotor) that is surrounded by an array of tubes. Hot air is passed through these tubes, transferring heat to a coolant fluid. This heated coolant fluid then circulates through the rotor, which is typically made of a high-conductivity material like steel. The steel absorbs the heat, causing the air to cool and condense into water. This condensed water is then collected and removed, while the now-cold, high-temperature air is expelled from the system, continuing the cycle.
Benefit: This heat-recovery mechanism significantly reduces the unit cost of electricity required for drying by utilizing the latent heat of condensation. It makes the process more energy-efficient compared to systems that require continuous electricity input.
3. Operational Parameters and Performance
The operational data below outlines the typical performance of the Ellmarch Works 65 during a standard batch drying cycle.
| Parameter | Value |
| --------------------- | ------------- |
| Airflow Rate | Not specified |
| Moisture Content | Excessively high |
| Drying Time |
