This edition of the Industrial Bioprocessing TOE features information on the use of thermo-chemical treatment technologies for the conversion of biomass into biochar, oil, and syngas that can be used in a wide range of applications. The TOE covers innovations based on using novel and cost-effective direct air carbon capture devices to reduce emissions from non-point sources. Additionally, the TOE also covers the use of hot potassium carbonate-based absorbents for energy-efficient carbon dioxide capture in hard-to-abate industries. The other focal point of the TOE is the use of captured carbon for the production of sustainable concrete by mineralization process to reduce emissions in the construction industry.
The TOE provides insights on the deployment of custom-built indoor vertical farms for the production of crops with short growth cycles. The TOE also provides the latest innovations in the use of biological fungicides providing stable protection for the crops against a broad spectrum of soil-borne and foliar diseases and the use of biological control agents offering targeted delivery of environment-friendly fungicides for enhanced crop protection.
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.
Table of Contents
1. Innovations In Thermo-chemical Waste Recycling, Direct Air Capture, Vertical Farming, Crop Protection & Biofungicides
- Patented Pyrolysis Process for the Conversion of Biomass into Oil and Biochar Used in Numerous Applications
- Carbofex’s Value Proposition
- Carbofex - Investor Dashboard
- Use of Carbon Mineralization Process for Direct Air Carbon Capture to Offset Emissions
- Heirloom Carbon Technologies’ Value Proposition
- Heirloom Carbon Technologies - Investor Dashboard
- Production of Sustainable Concrete from Industrial Emissions Using Carbon Capture Technology
- CarbonBuilt’s Value Proposition
- CarbonBuilt - Investor Dashboard
- Use of Hot Potassium Carbonate (HPC) Absorbents for Energy and Cost-efficient Carbon Capture Processes in Industries
- CO2 Capsol AS’s Value Proposition
- CO2 Capsol AS - Investor Dashboard
- Ion Selective Electrochemical Process for Energy-Efficient Direct Air Carbon Capture to Achieve Emissions Reduction
- Value Proposition of Mission Zero Technologies
- Mission Zero Technologies - Investor Dashboard
- Downdraft Gasification Systems for the Conversion of Bio-sludge into Syngas and Biochar for Use in Numerous Applications
- Value Proposition of Aries Clean Technologies
- Aries Clean Technologies - Investor Dashboard
- Local Fresh Produce Through Custom-built Indoor Vertical Farming
- Value Proposition of PlantLab
- PlantLab - Investor Dashboard
- Soil Remediation Using Restorative Capabilities of Soil Microbes
- Value Proposition of Remsoil
- Remsoil - Investor Dashboard
- Non-Invasive Direct-air-capture (DAC) Device Retrofitted in Industrial Cooling Towers to Reduce Emissions
- Noya’s Value Proposition
- Noya - Investor Dashboard
- Renewable Energy Powered Electrochemical Cell for Direct Air Capture
- RepAir CO2 Capture’s Value Proposition
- RepAir CO2 Capture - Investor Dashboard
- Biological Fungicides Inducing Pathogen Resistance In Plants
- AgBiome’s Harmless Fungicide
- AgBiome - Investor Dashboard
- Biological Control Agents with Targeted Delivery Solution for Crop Protection
- BVT’s Sustainable Crop Protection Technology
- BVT - Investor Dashboard
- Key Contacts
- Key Contacts
- Key Contacts
- Legal Disclaimer
Companies Mentioned (Partial List)
A selection of companies mentioned in this report includes, but is not limited to:
- AgBiome
- Aries Clean Technologies
- BVT
- Carbofex
- CarbonBuilt
- CO2 Capsol AS
- Heirloom Carbon Technologies
- Mission Zero Technologies
- Noya
- PlantLab
- Remsoil
- RepAir CO2 Capture
