TSK-001017 · Vendor laboratory result
Decanter Supplier Characterized the Rice-Wine Sample, Varied g-Force and Residence Time, Found Decanter and Sedicanter Separation Feasible, and Recommended Dynamic Pilot Testing at the Required Clarity and Throughput
Explore the capability, case, and equipment connections for this activity.
Roles & Contributions
Decanter Supplier
Vendor Laboratory Testing
Vendor Contribution
Characterized the rice-wine sample, tested separation across g-force and residence-time conditions, and recommended dynamic decanter or sedicanter pilot testing.
Case Context
Rice Wine Decanter Trial ↗Capabilities
- Compare Separation Alternatives Under Operating ConditionsRecorded application
Why these connect
The source model links this activity to the capability.
- Coordinate Startup, Training and Supplier SupportRecorded application
Why these connect
The source model links this activity to the capability.
Portfolio Artifact Connections
Measures & Operating Context
| Measure | Value | Type & meaning | Attribution & operating context |
|---|---|---|---|
| pH | 4 pH units | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — pH — Decanter supplier rice-wine sample, 20 August 2024 |
| Brix | 12 °Bx | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Brix — Decanter supplier rice-wine sample, 20 August 2024 |
| Density | 1.007 g/mL | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Density — Decanter supplier rice-wine sample, 20 August 2024 |
| Total Solids | 8.47 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Total solids — Decanter supplier rice-wine sample, 20 August 2024 |
| Suspended Solids | 3.06 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Suspended solids — Decanter supplier rice-wine sample, 20 August 2024 |
| Dissolved Solids | 5.41 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Dissolved solids — Decanter supplier rice-wine sample, 20 August 2024 |
| Spin Index | 2.2 reported index | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Spin index — Decanter supplier rice-wine sample, 20 August 2024 |
| Laboratory Test Temperature | 23 °C | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine feasibility — Laboratory test temperature |
| Total Solids | 85,217 mg/L | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Total solids |
| Suspended Solids | 30,767 mg/L | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Suspended solids |
| Dissolved Solids | 54,450 mg/L | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Decanter supplier rice-wine sample, 20 August 2024 — Dissolved solids |
| Particle-Size Median | 263.35049 µm | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Printed median 263.35049 µm; the same D50 statistic is printed 263.3505 µm in the cumulative table, so it is retained as one observation. |
| Particle-Size Mean | 343.91736 µm | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Particle-size mean read from the embedded analyzer image; median/D50 retain their printed precision |
| Particle-Size Mode | 482.8425 µm | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Particle-size mode read from the embedded analyzer image; median/D50 retain their printed precision |
| Particle Diameter at 10% Cumulative | 6.6742 µm | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Particle diameter at 10% cumulative read from the embedded analyzer image; median/D50 retain their printed precision |
| Particle Diameter at 90% Cumulative | 803.8865 µm | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Particle diameter at 90% cumulative read from the embedded analyzer image; median/D50 retain their printed precision |
| Analyzer Transmittance R | 91.9 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Analyzer transmittance R |
| Analyzer Transmittance B | 92.3 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Laboratory-instrument supplier LA-960 analysis of rice-wine feed — Analyzer transmittance B |
| Cumulative Particle Distribution | 73.166 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 500 µm — Printed cumulative undersize at 500 µm |
| Cumulative Particle Distribution | 29.487 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 100 µm — Printed cumulative undersize at 100 µm |
| Cumulative Particle Distribution | 20.91 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 50 µm — Printed cumulative undersize at 50 µm |
| Cumulative Particle Distribution | 17.838 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 20 µm — Printed cumulative undersize at 20 µm |
| Cumulative Particle Distribution | 15.266 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 10 µm — Printed cumulative undersize at 10 µm |
| Cumulative Particle Distribution | 5.111 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 5 µm — Printed cumulative undersize at 5 µm |
| Cumulative Particle Distribution | 0 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 1 µm — Printed cumulative undersize at 1 µm |
| Cumulative Particle Distribution | 0 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 0.5 µm — Printed cumulative undersize at 0.5 µm |
| Cumulative Particle Distribution | 0 % | Observation Vendor laboratory result | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Undersize at 0.2 µm — Printed cumulative undersize at 0.2 µm |
| Test Centrifugal Acceleration | 1,000 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 1 — Test centrifugal acceleration |
| Test Residence Time | 1 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 1 — Test residence time |
| Test Centrifugal Acceleration | 1,000 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 2 — Test centrifugal acceleration |
| Test Residence Time | 5 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 2 — Test residence time |
| Test Centrifugal Acceleration | 3,000 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 3 — Test centrifugal acceleration |
| Test Residence Time | 1 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 3 — Test residence time |
| Test Centrifugal Acceleration | 3,000 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 4 — Test centrifugal acceleration |
| Test Residence Time | 2 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 4 — Test residence time |
| Test Centrifugal Acceleration | 3,000 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 5 — Test centrifugal acceleration |
| Test Residence Time | 5 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 5 — Test residence time |
| Test Centrifugal Acceleration | 4,900 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 6 — Test centrifugal acceleration |
| Test Residence Time | 5 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 6 — Test residence time |
| Test Centrifugal Acceleration | 6,500 g | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 7 — Test centrifugal acceleration |
| Test Residence Time | 5 min | Design Parameter Vendor laboratory test condition | Applies to: Decanter supplier characterized the rice-wine sample, varied g-force and residence time, found decanter and sedicanter separation feasible, and recommended dynamic pilot testing at the required clarity and throughput Photographed spin condition 7 — Test residence time |
All Portfolio Connections
All portfolio connections (8)
- Pilots, Trials, and Production-Scale Evaluation — Application Review Review artifact
- Procurement, Contracts, and Supplier Coordination — Application Review Review artifact
- Compare Separation Alternatives Under Operating Conditions Recorded application
- Coordinate Startup, Training and Supplier Support Recorded application
- Decanter Supplier Characterized the Rice-Wine Sample, Varied g-Force and Residence Time, Found Decanter and Sedicanter Separation Feasible, and Recommended Dynamic Pilot Testing at the Required Clarity and Throughput ↗ Existing portfolio connection
- Rice-Wine Decanter Pilot Evidence ↗ Existing portfolio connection
- Rice Wine Decanter Trial Existing portfolio connection
- Rice Wine Decanter Trial Existing portfolio connection
Related Analysis and Application Artifacts
- Pilots, Trials, and Production-Scale Evaluation — Application ReviewCapability application review
- Procurement, Contracts, and Supplier Coordination — Application ReviewCapability application review