PRA Design of Coal Refining Factory for Producing Toluene

Oct 13, 2025 by orovajewels.com 37 views

Pre-TAR Coal Refining Factory Design to Produce Toluene with a Capacity of 14,500 Tons/Year: A Comprehensive Analysis

The production of toluene is a crucial aspect of the petrochemical industry, with various applications in the manufacturing of plastics, paints, and other chemicals. In this article, we will discuss the design of a pre-TAR coal refining factory with a capacity of 14,500 tons/year, focusing on the distillation tower technical design and economic analysis.

PRA Design of Coal Refining Factory for Producing Toluene

The coal refining factory is designed to produce toluene with a capacity of 14,500 tons per year and operate for 330 days a year. The main processes involved in the design of this factory include the separation of components contained in coal tar, such as benzene, toluene, pyridina, m-xylen, 4-methyliridina, phenol, and kresol, through the method of distilled pressure-swing with the help of entraine (EA-PSD). This method is used to separate toluene and pyridina. To achieve an annual production capacity, this factory requires 6,659,135 kg of coal tar raw materials per hour.

Distillation Tower Technical Design

The special task of this design is to arrange detailed engineering designs for the distillation tower that will be used to purify toluene. The distillation tower designed has the following specifications:

Number of trays: 17 trays
Inlet Feed Tray: 9th Tray from below
Distillation tower height: 8,952 m
Distillation Tower Diameter: 0.864 m
Shell Material Distillation Tower: Carbon SA-SA-283 Grade C
The thickness of the Shell Tower Distillation: 3/16 inches
The thickness of the head of the distillation tower: 3/16 inches
Material Tray Tower Distillation: Stainless Steel

Location and Resource Needs

This factory is planned to be established in Blora Regency, Central Java Province, with a total area of 17,550 m². The water needs for this factory will be met from the Bengawan Solo River, as many as 4,700,553 kg per hour. The organizational structure planned for this company is a Limited Liability Company (PT) with a line and staff organizational structure, and involves a total of 190 employees.

Economic Analysis

Economic analysis of this factory proposal shows encouraging results:

Capital Investment (CI): Rp. 529,456,039,793
Total Cost (TC): Rp. 238,713,484,696
Profit margin (pm): 47,596%
Break point (BEP): 43.927%
Return of Investment (ROI): 30.114%
Network return (RON): 50.190%
Investment return time (pot): 3 years 4 months
Internal return rate (IRR): 26.618%

Based on the results of the economic analysis, it can be concluded that the Coal Tar Refining Factory for producing toluene is feasible to be established. Significant investment with a promising rate of return provides hope for the long-term success of this project. By utilizing local resources and appropriate technology, this factory will not only produce the products needed, but also contribute to the regional economy and create jobs.

In conclusion, the pre-TAR coal refining factory design to produce toluene with a capacity of 14,500 tons/year is a comprehensive and feasible project. The distillation tower technical design and economic analysis provide a solid foundation for the establishment of this factory. With a promising rate of return and significant investment, this project has the potential to contribute to the regional economy and create jobs.
Frequently Asked Questions (FAQs) about Pre-TAR Coal Refining Factory Design to Produce Toluene

Q: What is the purpose of the pre-TAR coal refining factory design?

A: The purpose of the pre-TAR coal refining factory design is to produce toluene with a capacity of 14,500 tons/year and operate for 330 days a year.

Q: What are the main processes involved in the design of this factory?

A: The main processes involved in the design of this factory include the separation of components contained in coal tar, such as benzene, toluene, pyridina, m-xylen, 4-methyliridina, phenol, and kresol, through the method of distilled pressure-swing with the help of entraine (EA-PSD).

Q: What is the distillation tower technical design?

A: The distillation tower technical design is a detailed engineering design for the distillation tower that will be used to purify toluene. The distillation tower designed has the following specifications:

Number of trays: 17 trays
Inlet Feed Tray: 9th Tray from below
Distillation tower height: 8,952 m
Distillation Tower Diameter: 0.864 m
Shell Material Distillation Tower: Carbon SA-SA-283 Grade C
The thickness of the Shell Tower Distillation: 3/16 inches
The thickness of the head of the distillation tower: 3/16 inches
Material Tray Tower Distillation: Stainless Steel

Q: Where is the factory planned to be established?

A: The factory is planned to be established in Blora Regency, Central Java Province, with a total area of 17,550 m².

Q: What are the water needs for this factory?

A: The water needs for this factory will be met from the Bengawan Solo River, as many as 4,700,553 kg per hour.

Q: What is the organizational structure planned for this company?

A: The organizational structure planned for this company is a Limited Liability Company (PT) with a line and staff organizational structure, and involves a total of 190 employees.

Q: What are the economic analysis results of this factory proposal?

A: The economic analysis results of this factory proposal show encouraging results:

Capital Investment (CI): Rp. 529,456,039,793
Total Cost (TC): Rp. 238,713,484,696
Profit margin (pm): 47,596%
Break point (BEP): 43.927%
Return of Investment (ROI): 30.114%
Network return (RON): 50.190%
Investment return time (pot): 3 years 4 months
Internal return rate (IRR): 26.618%

Q: Is the Coal Tar Refining Factory for producing toluene feasible to be established?

A: Yes, based on the results of the economic analysis, it can be concluded that the Coal Tar Refining Factory for producing toluene is feasible to be established. Significant investment with a promising rate of return provides hope for the long-term success of this project.