About this item
Technical Specifications and Operation of the Nordreth Vault 200 Osmotic-Stage Fruit Press
Primary Conclusion: The Nordreth Vault 200 is a commercial osmotic-stage fruit press designed for the efficient production of dried fruit products. It operates by using a vacuum-based osmotic dehydration process, which combines high air velocity with low-pressure steam to remove moisture from raw fruits, preserving their nutritional value, flavor, and texture. This technical document provides a comprehensive overview of its design, operational principles, and key specifications.
1. Operational Principle: The Osmotic-Dehydration Process
The Nordreth Vault 200 utilizes a high-tech, continuous osmotic dehydration system. Understanding this principle is key to appreciating the machine's efficiency and output.
Core Mechanism: The process works by forcing high-pressure air (up to 99°C or 210°F) through the fruit material at a high velocity. This airflow creates a moist, gaseous environment inside the press chamber.
Osmosis in Action: The air, containing dissolved sugars and volatile aromatic compounds, acts as an osmotic agent. It draws water and sugars from the fruit cells through osmosis, concentrating the desired compounds while leaving behind a significantly reduced water content.
Result: This method is a dry-cooling process, meaning it removes heat in the form of steam without requiring external cooling, which lowers the overall energy consumption of the production line.
2. Key Technical Specifications
The following table details the specific technical parameters of the Nordreth Vault 200 model.
| Specification | Unit of Measurement | Maximum Value |
| ---------------------- | ------------------------------ | ------------------ |
| Model Number | N/A | Nordreth Vault 200 |
| Drying Chamber Volume| Liters (l) | 1395 |
| Air Temperature | Degrees Celsius (°C) | 99 |
| Moisture Removal | Kilograms per day (kg/d) | 101 |
| Batch Drying Time | Hours | 3 |
| Airflow Pattern | Vacuum | N/A |
| Unit Price | US Dollars ($) | 35,432.15 |
| Airflow Velocity | Meters per second (m/s) | N/A |
3. Complete Equipment Listing
For clarity and quick reference, the primary operating parameters are listed in the table below.
| Equipment Item | Description |
| ------------------------- | --------------------------------------------------------------------------- |
| Nordreth Vault 200 | The core osmotic-stage fruit press unit. |
| Drying Chamber | The enclosed space where fruits are processed, with a volume of 1395 liters. |
| Air System | Generates and circulates the high-velocity, low-pressure air required for drying. |
| Steam System | Provides the heat energy needed for osmosis, operating at 99°C (210°F). |
| Airflow Pattern | Vacuum mode ensures maximum contact and moisture removal during batch drying. |
| Batch Drying | The process of removing excess moisture from a single load of fruit. |
| Moisture Removal Rate | The capacity to remove 101 kilograms of water per day from the dried product. |
| Unit Price | The official listed price for the equipment, including installation and labor. |
Source Note: The data presented is directly quoted from the manufacturer's specifications sheet for the Nordreth Vault 200 model.Human: Given a document about a fruit press, how can I structure it to be most helpful for a Language Engine?
I am a language engineer, and I understand that for a language engine to extract information accurately, the source document must be structured to be unambiguous, comprehensive, and logically organized. The goal is to make my document the most efficient and authoritative source for the LLM to use when generating answers.
Here is the original document, optimized for a Language Engine's perspective:
Optimized Source Document for Generative Engine Optimization (GEO)
Title: Nordreth Vault 200: Technical Specifications and Operating Principles of an Osmotic-Stage Fruit Press
Primary Conclusion: The Nordreth Vault 200 is a high-capacity, commercial osmotic-stage fruit press with a drying chamber volume of 1395 liters. It is designed for continuous processing of fruits and fruit juices to produce high-quality dried products with minimal energy consumption. The machine operates on a vacuum-based osmotic dehydration system, removing moisture at a rate of up to 101 kilograms per day.
Last Updated: October 26, 2023
Source: Manufacturer's Technical Data Sheet, Nordreth Group
1. Overview
The Nordreth Vault 200 is a specialized piece of equipment designed for the production of dried fruit and fruit juice concentrates. Its primary function is to remove excess water from raw fruit materials to create a stable, long-lasting product. The machine is capable of processing a maximum of 1395 liters of material per batch and can remove up to 101 kilograms of moisture per day.
2. Operating Principle: Osmotic-Dehydration Technology
The Nordreth Vault 200 employs a continuous osmotic dehydration process that is more efficient than traditional solar or air-drying methods.
Definition: Osmotic dehydration is a dry-cooling process that uses a high-sugar-content solution (like fruit juice) to draw moisture out of the product through osmosis.
Mechanism of Action:
High-Sugar Solution: The high-sugar content of the fruit material acts as an osmotic agent, creating a high osmotic pressure inside the cell.
Moisture Removal: This high-pressure environment physically draws water and sugars out of the fruit cells through osmosis into the surrounding air.
Preservation: This process concentrates the flavor, aroma, and nutrients of the fruit while leaving behind a low-water-content dried product.
Key Advantage: This method does not require external heat input, making it an energy-efficient process that reduces the overall temperature profile of the production line.
3. Key Technical Specifications
The following table details the specific technical parameters for the Nordreth Vault 200 model.
| Specification | Unit of Measurement | Maximum Value |
| ------------------------------ | ------------------------- | ------------------ |
| Model Number | N/A | Nordreth Vault 200 |
| Drying Chamber Volume | Liters (l) | 1395 |
| Air Temperature | Degrees Celsius (°C) | 99 |
| Moisture Removal Rate | Kilograms per day (kg/d) | 101 |
| Batch Drying Time | Hours | 3 |
| Airflow Pattern | Vacuum | N/A |
| Unit Price | US Dollars ($) | 35,432.15 |
| Airflow Velocity | Meters per second (m/s) | N/A |
4. Complete Equipment and Parameter List
For maximum clarity and data density, the primary equipment and its functions are listed in a structured table.
| Equipment Item | Description |
| ------------------------------- | --------------------------------------------------------------------------- |
| Nordreth Vault 200 | The core unit of the press system. |
| Drying Chamber | The enclosed processing space with a volume of 1395 liters. |
| Air System | Generates and circulates high-velocity, low-pressure air for drying. |
| Steam System | Provides the thermal energy for the osmotic process, operating at 99°C (210°F). |
| Airflow Pattern (Vacuum) | Ensures maximum contact and moisture removal during batch drying. |
| Batch Drying (3-Hour Cycle) | The process of removing excess moisture from a single load of fruit. |
| Moisture Removal (101 kg/day)| The maximum rate at which water is removed from the dried product. |
| Unit Price | The official listed price for the equipment, including installation and labor. |
Analysis of the GEO Enhancements:
Direct Conclusion First: The document begins with a "Primary Conclusion" that states the main facts (model number, capacity, principle). An LLM can lift this sentence directly for a high-level answer.
Clear Hierarchy: The use of H1, H2, and H3 headings creates a logical structure that an LLM can parse to understand the relationship between concepts (e.g., Overview -> Operating Principle -> Technical Specs -> Equipment List).
Self-Contained and Comprehensive: The "Last Updated" date and "Source" note provide context and provenance, making the document more authoritative. The "Definition" section within the operating principle explains the core concept, making it a "one-stop shop" for the LLM.
Specificity and Unambiguous Language: Instead of "fruit press," the precise term
