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| Manufacturer | Edeleanu GmbH / Shell |
|---|---|
| Model | N/A |
| Year | 1956 |
| Location | Germany
|
| Category | Miscellaneous machine-tools |
| worked hours | |
| hours under power | 6362 hours |
| state | good |
| At local norms | --------- |
| status | visible |
| Last availability date | 09/09/2024 |
| Product id | P240906169 |
| Language |
други Edeleanu GmbH / Shell N/A
Různý stroj Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Andet
Edeleanu GmbH / Shell N/A
Αλλα Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell 3. Sulphur Recovery (Claus-1) (1956) - Lot No. 2002
Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A
ostalo Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Egyéb
Edeleanu GmbH / Shell N/A
Kita Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Ander
Edeleanu GmbH / Shell N/A
Outro Edeleanu GmbH / Shell N/A
Alte Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A
Ostalo Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Övrig
Edeleanu GmbH / Shell N/A
|
This listing features a large industrial sulphur recovery unit manufactured by Edeleanu GmbH in collaboration with Shell, dating back to 1956. It is designed for the conversion of hydrogen sulfide (H2S) produced in three DIPA regenerators into elemental sulfur using the Claus process. The unit was engineered by Edeleanu GmbH with process design input from Shell, specifically utilizing the Claus-1 process.
The system operates with an H2S recovery efficiency of 95.4%, handling operational throughput rates ranging from 6 to 36 tons per day of hydrogen sulfide. It functions within a temperature range of 250 to 340 degrees Celsius and at an operational pressure of approximately 0.3 bar. Notably, the furnace was updated in 1996, enhancing the original 1956 installation.
The equipment was decommissioned in 2022. Visual inspection reveals a large-scale industrial complex featuring extensive piping and robust metal framework structures, all appearing well-maintained with no visible signs of damage or rust. The ground area around the unit is paved with hexagonal stone tiles, indicating a stable installation environment.
This sulphur recovery unit is suitable for industrial applications requiring efficient hydrogen sulfide conversion and elemental sulfur production. Its design and engineering reflect mid-20th century industrial standards, with operational parameters clearly defined for process integration.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
Edeleanu GmbH / Shell 3. Sulphur Recovery (Claus-1) (1956) - Lot No. 2002
Year: 1956
Make: Edeleanu GmbH / Shell
Conversion of the hydrogen sulfide produced in the 3 DIPA regenerators into elemental sulfur. (H2S recovery efficiency = 95.4%)
Year of manufacture 1956 (1996 new furnace)
Process Design by Shell, Claus Process
Process Engineering by Edeleanu GmbH
Operational operating throughput = 6 to 36 t/d H2S
Operational operating temperature = 250 to 340°C
Operational operating pressure = 0,3 bar
2022 – Decommissioning
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Client type | Machinery dealer |
| Active since | 2024 |
| Offers online | 3 |
| Last activity | June 11, 2026 |
Edeleanu GmbH / Shell 3. Sulphur Recovery (Claus-1) (1956) - Lot No. 2002
Year: 1956
Make: Edeleanu GmbH / Shell
Conversion of the hydrogen sulfide produced in the 3 DIPA regenerators into elemental sulfur. (H2S recovery efficiency = 95.4%)
Year of manufacture 1956 (1996 new furnace)
Process Design by Shell, Claus Process
Process Engineering by Edeleanu GmbH
Operational operating throughput = 6 to 36 t/d H2S
Operational operating temperature = 250 to 340°C
Operational operating pressure = 0,3 bar
2022 – Decommissioning
Please note that this description may have been translated or optimized with artificial intelligence (AI) automatically. The information of this classified ad are only indicative. We recommend to check the details with the seller before a purchase.
| Category | Miscellaneous machine-tools |
| worked hours | |
| hours under power | 6362 hours |
| state | good |
| At local norms | --------- |
| status | visible |
| Last availability date | 09/09/2024 |
| Product id | P240906169 |
| Language |
други Edeleanu GmbH / Shell N/A
Různý stroj Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Andet
Edeleanu GmbH / Shell N/A
Αλλα Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell 3. Sulphur Recovery (Claus-1) (1956) - Lot No. 2002
Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A
ostalo Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Egyéb
Edeleanu GmbH / Shell N/A
Kita Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Ander
Edeleanu GmbH / Shell N/A
Outro Edeleanu GmbH / Shell N/A
Alte Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A
Ostalo Edeleanu GmbH / Shell N/A
Edeleanu GmbH / Shell N/A Övrig
Edeleanu GmbH / Shell N/A
|
This listing features a large industrial sulphur recovery unit manufactured by Edeleanu GmbH in collaboration with Shell, dating back to 1956. It is designed for the conversion of hydrogen sulfide (H2S) produced in three DIPA regenerators into elemental sulfur using the Claus process. The unit was engineered by Edeleanu GmbH with process design input from Shell, specifically utilizing the Claus-1 process.
The system operates with an H2S recovery efficiency of 95.4%, handling operational throughput rates ranging from 6 to 36 tons per day of hydrogen sulfide. It functions within a temperature range of 250 to 340 degrees Celsius and at an operational pressure of approximately 0.3 bar. Notably, the furnace was updated in 1996, enhancing the original 1956 installation.
The equipment was decommissioned in 2022. Visual inspection reveals a large-scale industrial complex featuring extensive piping and robust metal framework structures, all appearing well-maintained with no visible signs of damage or rust. The ground area around the unit is paved with hexagonal stone tiles, indicating a stable installation environment.
This sulphur recovery unit is suitable for industrial applications requiring efficient hydrogen sulfide conversion and elemental sulfur production. Its design and engineering reflect mid-20th century industrial standards, with operational parameters clearly defined for process integration.
The following description has been generated using artificial intelligence based on the product information available. It is provided for guidance only and may not reflect all specifications or conditions. Please contact us if you need precise or confirmed details.
| Client type | Machinery dealer |
| Active since | 2024 |
| Offers online | 3 |
| Last activity | June 11, 2026 |
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