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 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.

This report provides analysis and forecasts to 2035 of the global carbon dioxide market.       Market Insights: Carbon Dioxide - 2021 includes discussion regarding key trends, as well as demand outlook  for nine regions: North America, South America, Western Europe, Central Europe, Eastern Europe, Middle East, Africa, Asia Pacific, and China with forecasts to 2035.  Demand is segmented by urea, enhanced oil recovery, food and beverages, and 'others.  Cost competitiveness of two CO2 derived chemicals is also included.

This report investigates the various commercial and developmental routes for the production of renewable ethylene.  Ethanol, bionaphtha, and methanol are all investigated as biofeedstocks for ethylene, as well as sugar and glycerin based routes directly to ethylene glycol.  Cost of production models, process descriptions, capacity analysis and implications for the conventional industry are included.