R134A Decomposition Device

The R134a decomposition unit is designed for operating pressures up to 25 MPa at a temperature of 650°C, with an actual operating pressure range of 10–20 MPa and an operating temperature of 300–600°C. The unit comprises an inlet gas module, an inlet liquid module, a preheating module, a reaction module, a condensation and separation module, and an automatic pressure control module. A position‑adjustable sieve plate is installed at the bottom of the reactor, allowing both precise adjustment of the catalyst loading and enhanced contact between the catalyst particles and the reactor wall via the sieve plate. Using this unit, the effects of factors such as temperature, pressure, space velocity, catalyst performance, and catalyst particle size on the reaction can be investigated.

Classification:

Non-standard equipment

Messageboard

Telephone:

400-920-1718

Product Description

The R134a decomposition unit is designed for operating pressures up to 25 MPa at a temperature of 650°C, with an actual operating pressure range of 10–20 MPa and an operating temperature between 300 and 600°C. The unit comprises an inlet gas module, an inlet liquid module, a preheating module, a reaction module, a condensation and separation module, and an automatic pressure control module. A position‑adjustable sieve plate is installed at the bottom of the reactor, which not only allows for precise adjustment of the catalyst loading but also ensures more thorough contact between the catalyst and the reactants on the sieve plate. Using this unit, the effects of factors such as temperature, pressure, space velocity, catalyst performance, and catalyst particle size on the reaction can be investigated.
The overall performance of the equipment must feature a high degree of automation, excellent data accuracy and repeatability, as well as reliable safety and long‑term stable operation.

The device is completely independent, featuring a dedicated frame and a separate control system.

R134a decomposition unit, constructed from 310S material, designed for a pressure and temperature of 650°C at 25 MPa, operating at pressures between 10 and 20 MPa and temperatures ranging from 300 to 600°C. The system comprises an inlet gas system, a preheating system, a reaction system, and a condensation–separation system. The reactor’s inner lining has an inner diameter of 18 mm, with a catalyst bed height of 35 mm. Heat release is not taken into account; the unit features a single inlet gas line. A hydrogen alarm is installed on the frame. A position‑adjustable sieve plate is mounted at the bottom of the reactor, allowing both adjustment of the catalyst loading volume and ensuring more thorough contact between the catalyst and the reactor walls via the sieve plate.

Using this electrode-fixed-bed reactor setup, the effects of factors such as space velocity, catalyst conductivity, catalyst particle size, voltage, and current on the reaction can be investigated. The main components of the unit are made from high‑temperature resistant 310S material, while other parts are also fabricated from 310S. The system is equipped with a PLC control system and features multi‑level critical protection mechanisms to ensure the safety of both the equipment and the operating personnel.

I. Supporting Equipment Parameters

1) Power supply: AC 220V

2) Material: 310S

3) Operating temperature: Room temperature ~ 600℃

4) Heat transfer method: Electric heating

6) Temperature probe: High‑temperature K‑type thermocouple

8) Cooling method: Air cooling

9) Reactor operating pressure: 20 MPa;

10) Design pressure of the reactor: 25 MPa;

11) Reactor volume: 0–3 mL

12) Sealing Method: 310S Spherical Hard Seal

YZPBR-1TD-600H

2. Functions

The R134a decomposition unit is primarily used to evaluate and study process operations, explore optimal process parameters, and, through sampling analysis, evaluation, and data processing, obtain data on product distribution and product properties—providing foundational design data for pilot-scale and industrial process design.

Details

Technical parameters

Product Description
Technical parameters
Product Details Chart

Details

The R134a decomposition unit is designed for operating pressures up to 25 MPa at a temperature of 650°C, with an actual operating pressure range of 10–20 MPa and an operating temperature between 300 and 600°C. The unit comprises an inlet gas module, an inlet liquid module, a preheating module, a reaction module, a condensation and separation module, and an automatic pressure control module. A position‑adjustable sieve plate is installed at the bottom of the reactor, which not only allows for precise adjustment of the catalyst loading but also ensures more thorough contact between the catalyst and the reactants on the sieve plate. Using this unit, the effects of factors such as temperature, pressure, space velocity, catalyst performance, and catalyst particle size on the reaction can be investigated.
The overall performance of the equipment must feature a high degree of automation, excellent data accuracy and repeatability, as well as reliable safety and long‑term stable operation.

The device is completely independent, featuring a dedicated frame and a separate control system.

R134a decomposition unit, constructed from 310S material, designed for a pressure and temperature of 650°C at 25 MPa, operating at pressures between 10 and 20 MPa and temperatures ranging from 300 to 600°C. The system comprises an inlet gas system, a preheating system, a reaction system, and a condensation–separation system. The reactor’s inner lining has an inner diameter of 18 mm, with a catalyst bed height of 35 mm. Heat release is not taken into account; the unit features a single inlet gas line. A hydrogen alarm is installed on the frame. A position‑adjustable sieve plate is mounted at the bottom of the reactor, allowing both adjustment of the catalyst loading volume and ensuring more thorough contact between the catalyst and the reactor walls via the sieve plate.

Using this electrode-fixed-bed reactor setup, the effects of factors such as space velocity, catalyst conductivity, catalyst particle size, voltage, and current on the reaction can be investigated. The main components of the unit are made from high‑temperature resistant 310S material, while other parts are also fabricated from 310S. The system is equipped with a PLC control system and features multi‑level critical protection mechanisms to ensure the safety of both the equipment and the operating personnel.

I. Supporting Equipment Parameters

1) Power supply: AC 220V

2) Material: 310S

3) Operating temperature: Room temperature ~ 600℃

4) Heat transfer method: Electric heating

6) Temperature probe: High‑temperature K‑type thermocouple

8) Cooling method: Air cooling

9) Reactor operating pressure: 20 MPa;

10) Design pressure of the reactor: 25 MPa;

11) Reactor volume: 0–3 mL

12) Sealing Method: 310S Spherical Hard Seal

YZPBR-1TD-600H

2. Functions

The R134a decomposition unit is primarily used to evaluate and study process operations, explore optimal process parameters, and, through sampling analysis, evaluation, and data processing, obtain data on product distribution and product properties—providing foundational design data for pilot-scale and industrial process design.

Product Description
Technical parameters
Product Details Chart

The R134a decomposition unit is designed for operating pressures up to 25 MPa at a temperature of 650°C, with an actual operating pressure range of 10–20 MPa and an operating temperature between 300 and 600°C. The unit comprises an inlet gas module, an inlet liquid module, a preheating module, a reaction module, a condensation and separation module, and an automatic pressure control module. A position‑adjustable sieve plate is installed at the bottom of the reactor, which not only allows for precise adjustment of the catalyst loading but also ensures more thorough contact between the catalyst and the reactants on the sieve plate. Using this unit, the effects of factors such as temperature, pressure, space velocity, catalyst performance, and catalyst particle size on the reaction can be investigated.
The overall performance of the equipment must feature a high degree of automation, excellent data accuracy and repeatability, as well as reliable safety and long‑term stable operation.

The device is completely independent, featuring a dedicated frame and a separate control system.

R134a decomposition unit, constructed from 310S material, designed for a pressure and temperature of 650°C at 25 MPa, operating at pressures between 10 and 20 MPa and temperatures ranging from 300 to 600°C. The system comprises an inlet gas system, a preheating system, a reaction system, and a condensation–separation system. The reactor’s inner lining has an inner diameter of 18 mm, with a catalyst bed height of 35 mm. Heat release is not taken into account; the unit features a single inlet gas line. A hydrogen alarm is installed on the frame. A position‑adjustable sieve plate is mounted at the bottom of the reactor, allowing both adjustment of the catalyst loading volume and ensuring more thorough contact between the catalyst and the reactor walls via the sieve plate.

Using this electrode-fixed-bed reactor setup, the effects of factors such as space velocity, catalyst conductivity, catalyst particle size, voltage, and current on the reaction can be investigated. The main components of the unit are made from high‑temperature resistant 310S material, while other parts are also fabricated from 310S. The system is equipped with a PLC control system and features multi‑level critical protection mechanisms to ensure the safety of both the equipment and the operating personnel.

I. Supporting Equipment Parameters

1) Power supply: AC 220V

2) Material: 310S

3) Operating temperature: Room temperature ~ 600℃

4) Heat transfer method: Electric heating

6) Temperature probe: High‑temperature K‑type thermocouple

8) Cooling method: Air cooling

9) Reactor operating pressure: 20 MPa;

10) Design pressure of the reactor: 25 MPa;

11) Reactor volume: 0–3 mL

12) Sealing Method: 310S Spherical Hard Seal

YZPBR-1TD-600H

2. Functions

The R134a decomposition unit is primarily used to evaluate and study process operations, explore optimal process parameters, and, through sampling analysis, evaluation, and data processing, obtain data on product distribution and product properties—providing foundational design data for pilot-scale and industrial process design.
技术参数
技术参数