What is the purpose of trial production? Everyone, share your thoughts!

Pilot production obviously involves observing the performance of the equipment after it has been installed, identifying any remaining issues, and only after those are fully resolved can full-scale production begin.

1. The joint commissioning involves using water as the raw material to simulate various operations such as startup, shutdown, normal operation, parameter adjustment, and fault handling during the plant’s trial operation. This helps to identify any installation or design defects in the plant, so that these can be addressed and improved before the actual trial operation begins. This ensures the safety and reliability of the plant’s operation and guarantees a successful first start-up. 2. Further verify that all switching equipment and instrument systems are functioning properly, and check the accuracy of various instruments and interlocks, as well as the flexibility, precision, and reliability of control valves. 3. Conduct a thorough inspection of all rotating equipment, including all motors, pumps, and compressors, to verify whether they are operating stably and whether their capacity meets the process requirements. 4. Clean debris from equipment and pipelines, and conduct a thorough inspection of all static equipment, including all pressure vessels, valves, flanges, and pipelines, to check for any leakage points. 5. Provide comprehensive technical training to operators, enabling them to master the procedures for starting and stopping the equipment, as well as the skills for handling accidents and adjusting process parameters.

For all production units within the specified scope, the production processes are established using the media specified in the design documents, and trial operations are carried out to ensure proper connection between these units, in order to evaluate all their performance aspects beyond economic indicators, thereby producing qualified products.

Test whether it can meet the design requirements.

Check whether the production requirements are met, and address any issues identified during the trial production phase all at once when shutting down the operation

Check the coordinated operation of the equipment, its installation condition, stability, and for any leaks； Check the automatic control and response of all instruments and valves ； Check the overall operation of the system to determine whether it is ready for the next step of feeding material for testing ； Assess the operational training of the inspectors to lay the foundation for production in the next phase.

Verify whether all parameters of this production line can meet the design requirements and whether it can carry out mass production in the production area according to standard procedures.

Purpose of single-unit trial operation: 1. To test and evaluate the operating performance of the pumps and compressors in the unit, as well as those of the motors and main machinery, and to determine whether they meet the technical standards specified in the factory specifications. 2. Further inspect and assess the installation quality and operation status of the inlet and outlet pipelines, valves, safety components, and certain instruments of the equipment. 3. Further clean the equipment and process pipelines. 4. The operators are familiar with the operation methods of the plant’s pumps and compressors, as well as the use of instruments. 5. The operators are familiar with some of the process flows. Purpose of the combined trial production of the facility: 1. Through trial production, to enable the pumps, towers, vessels, pipelines, and control systems to operate together for an extended period of time, thereby putting further stress tests on the equipment and process pipelines. 2. Through trial production, the accuracy of the instrument’s indications and its control performance are further tested. 3. Further flush the pipelines and equipment through trial production. 4. Improve the operational skills of the operators.

1. Conduct a comprehensive inspection of the performance and quality of the plant’s machinery and equipment, pipelines, valves, automatic control instruments, interlocks, power supply, and other supporting utility systems. 2. Conduct a comprehensive inspection to ensure that the construction and installation comply with design requirements, standard specifications, and the needs for chemical feeding. 3. Conduct practical drills for production operators.

Inspect the equipment, check whether the production process and techniques are reasonable, examine whether various plans are appropriate, and assess all aspects of logistical support.

Purpose of trial production: To determine whether the facility meets the requirements regarding process design, safety, environmental protection, and fire protection; whether the equipment satisfies the process requirements; and whether the instrumentation and control systems are reliable. The product meets the design requirements.

Further confirm the airtightness test, including the airtightness of the testing equipment; of course, the most important aspect is the integrity of the equipment itself, in order to prepare for formal production later on.

Test the pilot production system and the quality of the work; carry out operations with coordinated material flow in order to identify various aspects related to process safety, fire protection, environmental protection, etc., so as to prepare for normal production in the future!

The main check is to ensure that the device operates properly, with tests conducted both under load and without load.

Tested the system’s interoperability and identified issues; explored the process parameters

I am here to study*, and I have gained new knowledge; I am very happy. Thank you to all the kind people!

The main focus is to check whether the linked equipment is operating properly, and whether the operators have a good grasp of the production process and the equipment

Check whether the operating condition of the moving equipment meets the production requirements, and verify that the process pipelines are in line with the design and that there are no unforeseen issues. Assess the operational skills of the staff and improve the efficiency of teamwork during the production process. Check whether there are any omissions in the various emergency response plans formulated.