Polyphenylene Ether or PPE Production by Oxidative Polycondensation Reaction
Production Cost Report | Chemicals
Details: Germany - based plant Q2 2024 | From $ USD
This report proffers the thorough economics of polyphenylene ether production by oxidative polycondensation reaction. The preparation of polyphenylene ether begins with the polycondensation of 2,6-dimethylphenol with oxygen in the presence of a catalyst. In this reaction, copper-amine-complex catalyst is used for polycondensation of 2,6-dimethylphenol and produce polyphenylene ether as the end product.
Top Producers of Polyphenylene Ether
- Toray Industries
- Tosoh Corporation
- Solvay
- DIC Corporation
- Kureha Corporation
Feedstocks for Polyphenylene Ether or PPE
Polyphenylene ether, or PPE, is a thermoplastic polymer that is produced by using 2,6-dimethylphenol as its primary feedstock. The procurement of polyphenylene ether is largely governed by various factors, including the production and availability of its raw materials (including phenol and methanol, which is used to produce 2,6-dimethylphenol for PPE), along with its production cost, variation in market prices, and stability in its supply chain, etc. Moreover, crucial factors such as its trade, transportation, and demand for polyphenylene ether in electrical, electronic, automobile, construction, packaging, and other industries altogether govern its procurement across various regions.
The project economic analysis provided in the report discusses a Germany-based plant:
- Manufacturing Process
- Process Flow
- Material Flow
- Material Balance
- Raw Material and Product's Specifications
- Raw Material Consumption
- Product and Co-Product Generation
- Capital Investment
- Land and Site Cost
- Offsites/Civil Works
- Equipment Cost
- Auxiliary Equipment Cost
- Contingency
- Engineering and Consulting Charges
- Working Capital
- Variable Cost
- Raw Material
- Utilities
- Fixed Cost
- Labor Requirement & Wages
- Overhead Expenses
- Maintenance Charges
- Financing Costs
- Interest on Working Capital
- Interest on Loans
- Depreciation Charges
- General Sales and Admin Costs
- Production Cost Summary
Report Content
Key Process Information
Evaluation of significant technical parameters along with process descriptions such as:
- Consumption of Raw Material
- Product Creation
- Block Flow Diagram
- Description of the Manufacturing Facility
Utilities Consumption
Evaluation of utilities consumed during the entire process based on:
- Consumption per unit of product generated
- Utility cost split and share of each utility in the total cost
Process Flow Diagram
Representation of various operations involved including:
- Step-wise process
- Utility consumption in each operation
Capital Cost Analysis
In-depth analysis of costs involved in setting up a new manufacturing unit, including:
- Cost of Building a Process Unit
- Cost of Setting Up the Infrastructure
- Working Capital
- Commissioning & Start-Up of the Plant
Implementation Schedule
Time frame of the project design, which includes:
- Plant Start-Up
- Plant Construction
- Engineering Fundamentals
- Raw Material Procurement
Construction Cost Details
Detailed analysis of costs involved in the operation of various functional units in the process unit and infrastructure.
Operating Cost Analysis
Evaluation of costs associated with the production of the final product, namely:
- Procurement of Raw Materials
- Consumption of Utilities
- Fixed Costs
- Depreciation
Economic Analysis
Analysis of the way in which process economics are impacted by plant capacity.
- Construction Cost
- Working Capital
- Fixed and Variable Operating Costs
- Corporate Overhead
- Depreciation
Customized Analyses
Detailed cost estimates of any industrial plant depending on your requirements, including plant capacity and location as per the need.
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