USD
GBP
CNY
EUR
INR
JPY
MYR
ZAR
KRW
THB
Innovations in Thermochemical Waste Treatment, Carbon Capture & Utilization, Smart Fermentation and Low Carbon Fuels
Innovations in Thermochemical Waste Treatment, Carbon Capture & Utilization, Smart Fermentation and Low Carbon Fuels
10-Mar-2023
Global
Description
This edition of the Industrial Bioprocessing TOE features information on the use of thermo-chemical waste treatment technologies like hydrothermal liquefaction and torrefaction for the conversion of biomass and polymer waste into sustainable bio-oil to be used as transportation fuel and briquettes used as a replacement of coal for clean power generation. The TOE covers innovations based on the use of cost-effective hydrogenation process for the conversion of captured carbon dioxide into specialty chemicals used in high-end applications. The TOE focusses its attention on the use of smart fermentation processes for increasing the yield of chemicals and fuels produced. The TOE highlights innovations based on the use of pyrolysis process for the conversion of discarded end-of-life tires into carbon black that can be used again for the manufacture of new tires and the generation of clean hydrogen from waste through pyrolysis. Additionally, the TOE also covers the use of sieve-based biogas desulfurization system that enables cost-effective gas cleaning to produce highly pure biomethane. The TOE also provides latest innovations based on use of activated carbon filters to reduce nitrogen dioxide levels in vehicles.
The Industrial Bioprocessing TOE provides intelligence on technologies, processes and strategic insights of industries involving bioprocessing, including innovations in the development and production of chemicals, pharmaceuticals, nutraceuticals, alternative fuels, chemical feedstocks, food and beverages, and consumer products.
Keywords: Thermo-chemical waste treatment, waste valorization, hydrothermal liquefaction, torrefaction, pyrolysis, activated carbon filters, smart fermentation, hydrogenation, carbon capture and utilization, biomethane, biofuels, biochemicals.
Table of Contents
Innovations in Thermochemical Waste Treatment, Smart Fermentation and Low Carbon Fuels
- Catalytic Hydrothermal Liquefaction for Converting Biomass Waste into Sustainable Bio Oil and Facilitating a Low-carbon Economy
- Arbios Biotech’s Value Proposition
- Arbios Biotech—Investor Dashboard
- Conversion of Agricultural Residue and Biomass Waste into Briquettes Using Torrefaction for Clean Power Generation
- NextFuel AB’s Value Proposition
- NextFuel AB—Investor Dashboard
- Use of Cost-efficient Hydrogenation Processes to Convert Captured Carbon Dioxide into Specialty Chemicals
- C4X Technologies Inc.’s Value Proposition
- C4X Technologies Inc.—Investor Dashboard
- Digitization Enhances Industrial Fermentation Process Yield
- GlobalYeast’s Value Proposition
- GlobalYeast—Investor Dashboard
- Flexible Biorefining Process Enables Cost-Competitive and Sustainable Fuel Production
- Vertex Bioenergy’s Value Proposition
- Vertex Bioenergy—Investor Dashboard
- Integration of Proprietary Biomass Fractionation with Fermentation to Produce High-Quality Biofuels
- BioGasol’s Value Proposition
- BioGasol—Investor Dashboard
- Rubber Waste Recycling from Discarded Tires Via Pyrolytic Processes
- Wastefront’s Value Proposition
- Wastefront—Investor Dashboard
- Genetically Engineered Microorganisms to Produce Green Fuel from Agricultural Waste
- EthTec’s Value Proposition
- EthTec—Investor Dashboard
- High Heating Value Biocarbon Production from Renewable Biomass
- TorrCoal’s Value Proposition
- TorrCoal—Investor Dashboard
- Cost-effective Gas-cleaning System to Produce High-purity Biomethane
- Gazpack’s Value Proposition
- Gazpack—Investor Dashboard
- Cost-effective Hydrogen and Activated Carbon Production from Waste
- Chinook Sciences Holdings’ Value Proposition
- Chinook Sciences Holdings—Investor Dashboard
- Plant-based Plastic Pellets for Manufacturing Compostable Plastics
- BioLogiQ’s Value Proposition
- BioLogiQ—Investor Dashboard
- Sustainably Produced Animal Feed Derived From Insects
- Loopworm’s Value Proposition
- Loopworm—Investor Dashboard
- Activated Carbon Filters to Minimize Nitrogen Dioxide (NO2) Levels in Vehicles
- University of Birmingham—Value Proposition
- Key Contacts
- Key Contacts
- Key Contacts
- Key Contacts
Appendix
- Criteria for Rating of Innovations--Explanation
- Legal Disclaimer
Popular Topics
| Industries | Environment |
|---|---|
| No Index | No |
| Is Prebook | No |
| Podcast | No |
| WIP Number | D768-00-D7-00-00 |