Rock characterization instrument 5L supercritical reactor device

Rock characterization instrument 5L supercritical reactor device

Product introduction: 5L supercritical reactor device, equipped with reaction system, heating system (electric heating), control system, matching kettle body and heating system electric lifting mechanism. Design pressure 25MPa; The design temperature is 200 ℃. It is mainly used to evaluate and study the process, explore the optimal process parameters, obtain product distribution, product properties and other data through sampling analysis, evaluation and data processing, and provide design basis data for pilot and industrial process design.

Equipment parameters:

1. Reactor structure: intermittent;

2. Reaction kettle opening and closing method: high-pressure flange bolt;

3. Sealing form of kettle cover: metal winding gasket sealing;

4. Total volume of reaction kettle: 5L;

5. Design temperature of reaction kettle: 200 ℃;

6. Design pressure of reaction vessel cylinder: 25MPa. G;

7. Material of valve components: 316L;

8. Heat exchange method: electric heating;

9. The kettle cover is fixed, and the kettle body is electrically raised and lowered;

Control requirements:

1. Electrical instrument control accuracy: ± 1% F.S

2. Temperature control accuracy: ± 2 ℃, display accuracy ± 1 ℃

Rock characterization instrument 5L supercritical reactor device

Design features

• Reaction kettleAdopting a 5L stainless steel reaction kettle with excellent design, it can meet various experimental and production needs.

• Temperature control systemEquipped with a precise temperature control system, it can achieve precise temperature control and ensure the stability of reaction conditions.

• Pressure control systemThrough the pressure control system of *, precise adjustment of pressure is achieved to adapt to different operating conditions of supercritical fluids.

• safety protectionThe equipment is equipped with multiple safety protection measures, including overpressure protection, overheating protection, etc., to ensure safe operation.

• Automation controlAdopting PLC program control to achieve automated operations and improve work efficiency.

Performance characteristics

1. Efficient and energy-saving

Supercritical reaction vessels can significantly improve reaction rates while reducing energy consumption, making them an ideal equipment for achieving green chemical processes.

2. Environmentally friendly and pollution-free

Supercritical fluid technology produces almost no harmful substances during the reaction process, which meets environmental requirements.

3. Wide applicability

Suitable for various supercritical fluid reactions, such as supercritical extraction, synthesis, catalysis, etc.

4. Precise control

*The control system ensures precise adjustment of key parameters such as temperature and pressure, improving reaction repeatability and product quality.

application field

1. Extraction industry

Used for the extraction of natural products such as plant extracts, spices, oils, etc.

2. Pharmaceutical industry

Plays an important role in fields such as drug synthesis and biopharmaceuticals.

3. Food industry

Used for the extraction and synthesis of food additives, spices, pigments, etc.

4. Materials Science

Provide strong support in the research and development of new materials.