Techno-Economic Assessment about Butanediol
Economic studies of specific Butanediol industrial manufacturing processes. Including plant CAPEX breakdown, manufacturing costs, and feed requirements & consumption figures. Available at www.intratec.us/analysis/butanediol-production-cost
Economic studies of specific Butanediol industrial manufacturing processes. Including plant CAPEX breakdown, manufacturing costs, and feed requirements & consumption figures.
Available at www.intratec.us/analysis/butanediol-production-cost
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<strong>Butanediol</strong> Production Cost Reports<br />
<strong>Butanediol</strong> (BDO) refers to all butylene glycol isomers. The 1,4 <strong>Butanediol</strong>, the most common of them, is a versatile intermediate for the<br />
chemical industry mainly used in the production of polyurethanes and polybutylene terephthalate.<br />
BDO can be produced from different raw materials. The conventional method starts from acetylene. Other processes use propylene oxide,<br />
maleic anhydride or 1,3-butadiene. The newest technologies being developed are bio-based pathways, which rely on bio-based succinic<br />
acid derived from biomass or a sugar substrate.<br />
Intratec portfolio includes reports examining <strong>Butanediol</strong> production cost, with in-depth analysis of specific production processes and highlevel<br />
comparisons of different production routes.<br />
Reports Focused on <strong>Butanediol</strong> Production<br />
BUTANEDIOL PRODUCTION COST ANALYSIS - OVERVIEW | BUTANEDIOL AA01<br />
This report compares the costs of BDOproduction via the following pathways:<br />
* Pathway 1: <strong>Butanediol</strong> Production from Acetylene and Formaldehyde<br />
* Pathway 2: <strong>Butanediol</strong> Production from Succinic Acid<br />
* Pathway 3: Bio-<strong>Butanediol</strong> Production from Glucose via Fermentation<br />
The report includes a high-level, comparative analyses of capital costs and production costs, raw material(s) consumption figures and<br />
product(s) generated of each pathway.<br />
BUTANEDIOL PRODUCTION COST ANALYSIS - OVERVIEW | BUTANEDIOL AA02<br />
This report compares the costs of BDOproduction via the following pathways:<br />
* Pathway 1: <strong>Butanediol</strong> Production from Acetylene and Formaldehyde<br />
* Pathway 2: <strong>Butanediol</strong> Production from Propylene<br />
* Pathway 3: <strong>Butanediol</strong> Production from Propylene Oxide<br />
The report includes a high-level, comparative analyses of capital costs and production costs, raw material(s) consumption figures and<br />
product(s) generated of each pathway.<br />
BUTANEDIOL PRODUCTION COST ANALYSIS - OVERVIEW | BUTANEDIOL AA03<br />
This report compares the costs of BDOproduction via the following pathways:<br />
* Pathway 1: <strong>Butanediol</strong> Production from Acetylene and Formaldehyde<br />
* Pathway 2: <strong>Butanediol</strong> Production from Maleic Anhydride<br />
* Pathway 3: <strong>Butanediol</strong> Production from Butadiene<br />
The report includes a high-level, comparative analyses of capital costs and production costs, raw material(s) consumption figures and<br />
product(s) generated of each pathway.<br />
For a complete list of available reports, visit www.intratec.us/analysis/butanediol-production-cost
Reports Focused on <strong>Butanediol</strong> Production<br />
BIO-BUTANEDIOL PRODUCTION FROM GLUCOSE - COST ANALYSIS | BUTANEDIOL E11A<br />
This report presents the economics of bio-based 1,4-<strong>Butanediol</strong> (BDO) production from glucose syrup in the USA using a direct<br />
fermentation process similar to the one proposed by Genomatica.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BIO-BUTANEDIOL PRODUCTION FROM GLUCOSE - COST ANALYSIS | BUTANEDIOL E12A<br />
Differently from report “<strong>Butanediol</strong> E11A”, the process examined in this report consists of a two-step process: a fermentation step for<br />
succinic acid production similar to Korea Advanced Institute of Science & <strong>Techno</strong>logy (KAIST) process and a succinic acid<br />
hydrogenation step similar to Invista process. The economic analysis also is based on a plant constructed in the USA.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BUTANEDIOL PRODUCTION FROM SUCCINIC ACID - COST ANALYSIS | BUTANEDIOL E21A<br />
This feasibility study examines 1,4-<strong>Butanediol</strong> (BDO) production from succinic acid in the USA using a hydrogenation process similar<br />
to the one proposed by BioAmber.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BUTANEDIOL PRODUCTION FROM ACETYLENE - COST ANALYSIS | BUTANEDIOL E31A<br />
This report presents the economics of an 1,4-<strong>Butanediol</strong> (BDO) production process from acetylene and formaldehyde in the USA. The<br />
process examined is a typical acetylene-based process (Reppe process).<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BUTANEDIOL PRODUCTION FROM MALEIC ANHYDRIDE - COST ANALYSIS | BUTANEDIOL E61A<br />
This report presents an economic analysis of 1,4-<strong>Butanediol</strong> (BDO) production from maleic anhydride in the USA using a process<br />
similar to the one proposed by JM Davy.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BUTANEDIOL PRODUCTION FROM PROPYLENE - COST ANALYSIS | BUTANEDIOL E41A<br />
This feasibility analysis is <strong>about</strong> 1,4-<strong>Butanediol</strong> (BDO) production from propylene in the USA using an allyl alcohol process. Propanol<br />
and 2-methyl-1,3-propanediol are generated as by-products in the process.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BUTANEDIOL PRODUCTION FROM PROPYLENE OXIDE - COST ANALYSIS | BUTANEDIOL E71A<br />
This report shows a techno-economic analysis related to the construction of an industrial plant in the USA for 1,4-<strong>Butanediol</strong> (BDO)<br />
production from propylene oxide via a process similar to the process proposed by LyondellBasell.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
For a complete list of available reports, visit www.intratec.us/analysis/butanediol-production-cost
Reports Focused on <strong>Butanediol</strong> Production<br />
BUTANEDIOL PRODUCTION FROM BUTADIENE - COST ANALYSIS | BUTANEDIOL E51A<br />
This assessment examines a technology similar to the process proposed by Mitsubishi Chemical for 1,4-<strong>Butanediol</strong> (BDO) production<br />
from butadiene (BD) in the USA.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BIO-BUTANEDIOL PRODUCTION FROM GLUCOSE - COST ANALYSIS | BUTANEDIOL E13A<br />
This report also concerns the bio-based BDO production in the USA. However, differently from the report “<strong>Butanediol</strong> E12A”, in this<br />
report, BDO is produced using a two-step process similar to Myriant/JM Davy technology. In this process, ammonium sulfate and<br />
tetrahydrofuran (THF) are generated as by-products.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BIO-BUTANEDIOL PRODUCTION FROM RAW SUGAR - COST ANALYSIS | BUTANEDIOL E83F<br />
This feasibility study analyses the same process examined in the report “<strong>Butanediol</strong> E13A”, with two exceptions (1) the plant is<br />
constructed in Brazil; and (2) the raw material used in the fermentation is raw sugar.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BIO-BUTANEDIOL PRODUCTION FROM RAW SUGAR - COST ANALYSIS | BUTANEDIOL E81F<br />
It examines bio-based BDO production using a fermentation process similar to the one proposed by Genomatica. Differently from the<br />
report “<strong>Butanediol</strong> E11A”, this report presents an economic analysis for a plant constructed in Brazil using raw sugar as feedstock in<br />
the fermentation.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
BIO-BUTANEDIOL PRODUCTION FROM RAW SUGAR - COST ANALYSIS | BUTANEDIOL E82F<br />
This report presents the economics of bio-based 1,4-<strong>Butanediol</strong> production from raw sugar in Brazil. The process examined is the<br />
same process as depicted in the report “<strong>Butanediol</strong> E12A”, involving two steps with succinic acid being an intermediate.<br />
This in-depth study includes: capital investment breakdown, operating cost breakdown & 4-year history and raw materials<br />
consumption.<br />
For a complete list of available reports, visit www.intratec.us/analysis/butanediol-production-cost
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