This report examines the various options for carbohydrate feedstocks. Technology analysis includes crop production and sugar production from carbohydrate crops. Economic Analysis includes cost of production models for sugars (4 corn dextrose models, 3 sugar beet sucrose models, and 4 sugarcane sucrose models in each region as regionally relevant) and crops in the US (2 corn models, sugarbeet, sugarcane), Western Europe (wheat, corn, sugarbeet), Brazil (2 corn models, 2 sugarcane models), Asia (2 corn models in China, and Sugarcane in India). A regional supply analysis is also included. Expected contract pricing for sugars and utilizable intermediates (e.g., thick juice) is also provided.
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This report investigates oleaginous biofeedstocks for renewable chemicals and fuels. Descriptions of major oilseeds and crushing technologies to produce oils, as well as developmental natural oil sources are described. Regional cost of production models for oilseeds and crushing to produce oils are also included, as well as regional and country level production data.
This report analyzes the technoeconomic developments in biodegradable technologies. Relevant commercial technologies processes and high level economics are presented. Impacts on the conventional industry, trends and drivers are also discussed.
This report is a technoeconomic and carbon intensity comparison analysis of biomethanol (via feedstock switching to biogas, gasification, and power-to-methanol) and potential downstream base chemical products (acetic acid, ethanol, ethylene, propylene, BTX, and gasoline) which form the backbone of the modern chemical industry in turn can be used to produce most conventional petrochemicals, and therefore “green” these value chains. Carbon intensity reductions are valorized in case study scenarios of carbon emissions prices, and break even carbon values are estimated on a regional basis.
This report analyzes developments in municipal solid waste (MSW) technologies. Waste conversion technologies such as gasification, pyrolysis, mass burn incineration, anaerobic digestion, or aerobic composting are analyzed as alternatives to landfilling. The report provides economics of various disposal configurations in the US, China, Brazil, and Western Europe under a consistent 2021 price scenario. Regional industry analyses of waste generation and composition in the US, Europe, and Asia Pacific regions are also offered.
This report provides an analysis of cellulosic biofeedstocks and the costs of producing them. A capacity analysis including regional and feedstock specific potentials for production are included. Impacts on the conventional industries includes comparisons to the scale of petroleum based energy and chemicals, costs, and carbon intensity.
This report provides techno-economic analysis on various routes to produce biobased polycarbonates, including the use of biobased BPA alternatives (e.g. isosorbide, diphenolic acid, etc.), bio-phenol/bio-acetone from renewable feedstocks, bio-DMC/bio-DPC, and the copolymerization of biobased epoxides with carbon dioxide.
This report provides a techno-economic analysis of key biomass pyrolysis technologies. The background and the process description for relevant technologies are described and their comparative economics are presented. A risk-adjusted capacity listing is provided and the implications of these technologies on the conventional energy, fuels and chemicals industries are explored.
This report provides an analysis of technologies and activity within the biocomposites space. Biocomposites investigated include bioresins (such as PLA, TPS, and others) and use of biomass (such as wood, natural fiber, or other materials) as filler or binder material. Several case studies are also provided.
This report analyzes the development in the production of sustainable natural rubber from alternative routes and plants. Relevant existing and under development technology/processes for extracting natural rubber from Hevea , guayule, and TKS are described. Hevea natural rubber comparative economics are presented and analyzed. This report covers existing global Hevea natural rubber plantation capacity and highlights the expected shift in natural rubber production centers as result of competing crops and increased plantations.