Sulfuric Acid Production from Sulphur via Single Contact Process
Optional Analyses & Support
Analysis Basis : Germany
Period of Analysis : Q3 2020
Delivered in PDF Format
This report presents the economics of Sulphuric Acid production from sulphur via single contact process. In this process, sulphur is burned to form sulfor dioxide, which is then converted to sulphur trioxide. Sulphur trioxide is converted to sulphuric acid by absorption with recirculating sulphuric acid solution in water in only one column. The absorption column off gas comprising sulphur dioxide is not recovered in this process.
The project economic analysis provided in the report discusses a Germany-based plant and encorporates:
Raw Material and Product/s Specifications
Raw Material Consumption
Product and Co-Product Generation
Land and Site Cost
Auxiliary Equipment Cost
Engineering and Consulting Charges
Labor Requirement & Wages
Interest on Working Capital
Interest on Loans
General Sales and Admin Costs
Production Cost Summary
Optional Analyses & Support
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Capital Investment Details
Get a more detailed perspective on the Plant Construction Cost and understand the impact of direct construction costs and indirect construction costs.
The analysis presents the plant construction cost divided in direct costs, indirect costs and contingency.
Direct costs broken down into bare equipment, equipment setting, piping civil, steel, instrumentation & control, electrical, insulation, and painting.
Indirect costs are divided in engineering & procurement, construction material, development charges & indirects, general & administrative overheads and contract fee.
Analysis depicting how the economics of the process is impacted by the plant scale. This study considers alternative capacities and present, for each scenario, the following figures:
Plant cost, broken down into process units (ISBL), process contingency, site infrastructure (OSBL) and project contingency.
Working capital and additional capital requirements
Variable and fixed operating costs, as well as depreciation
Report presenting a percentage breakdown of the investment necessary to the erection of the process unit (also known as inside battery limits, ISBL), per functional unit included in the process. Each functional unit is a significant step in the process (i.e., distillation, reaction, evaporation).
Production Cost Details
Detailed assessment of utilities consumption, presented per utility (e.g., steam, process water, electricity.)
Utility consumption rates per unit of product manufactured.
Share of each utility in the total utility costs.
Economics for Another Plant Location
This supplemental analysis provides capital and production costs related to the process examined in a selected country (e.g. the United States, China, Germany, Saudi Arabia, Singapore, Japan and Brazil.)
It reproduces the whole economic analysis of the main report (Capital Cost, Operating Costs, Product Value and Process Economics Summary) for the selected country.
Know the production cost for another country with the same level of detail of the main report.
Dynamic Cost Model
A dynamic spreadsheet, having the detailed mass and process flow, capital investment details, utilities breakdown per equipment that enables to view and edit the parameters and key assumptions of the production cost process.
Enables you to change the plant capacity and country to see the impact on process economics.
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This report presents an analysis of capital and operating costs of a -based industrial plant. For those interested in economic assessments considering other plant locations, Procurement Resource offers optional analyses that complement this report.