Gate to Gate
Identity ID
2add3c0b-7e52-4f13-a87d-c82b4e50d6ed
Process class
Associated ID
a09c0375-0bc5-4582-86d0-2e5b1b4dcd9a
Included activities starts
Included activities ends
Description
This dataset describes the mixing process of 1 kg of dry solid blended raw materials, resulting in 0.982 kg of mixed raw materials. This process should be used together with the production data for 1 kg of blended raw materials. The process involves particulate matter emissions and includes the use of lubricating oil. The dataset is compiled from mixing process data of multiple product manufacturing processes, including the production of carbon raisers, exothermic agents, concrete, refractories for metallurgical furnaces, and other metallurgical auxiliary materials. Infrastructure such as manufacturing of production equipment and construction of facilities is not included within the system boundary of this dataset.
Activity Description
The dataset includes lubricating oil consumption and direct electricity consumption of machinery. Solid mixing processes are widely used in industries such as chemical and metallurgy for uniformly blending different types of solid particles.
Process Description
This dataset provides the service of 'solid mixing process, dry method'. Dry mixing is a process for blending raw materials, and this process integrates data from multiple product production mixing processes.
Time period
2020
2026
Geography
China
Macroeconomic value
Business-as-Usual
Data validation
Yes
Technology
Current Technology
Technology comment
Solid mixing processes are widely used in industries such as chemical engineering and metallurgy to uniformly blend different types of solid particles. Prior to conducting the mixing process, thorough preparations are required. First, it is necessary to inspect whether the mixing equipment is functioning properly, especially the operation of critical components. Second, the material ratios must be accurately calculated and precisely fed into the equipment. Finally, the mixing equipment and surrounding environment should be cleaned and disinfected to ensure production safety and material quality.