GROWTH OPPORTUNITIES IN ADVANCED BIOFUELS, SMART WASTE MANAGEMENT, AND DIRECT AIR CARBON CAPTURE

GROWTH OPPORTUNITIES IN ADVANCED BIOFUELS, SMART WASTE MANAGEMENT, AND DIRECT AIR CARBON CAPTURE

RELEASE DATE
07-Jan-2022
REGION
Global
Research Code: D768-00-C9-00-00
SKU: EN01302-GL-TA_26163
$950.00
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SKU
EN01302-GL-TA_26163
$950.00
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Description

This edition of the Industrial Bioprocessing TOE features information on the use of plant-based natural coagulants to enhance wastewater treatment and the use of innovative sequential batch-based surge anoxic mix reactors for sludge reduction and wastewater treatment. The TOE covers innovations based on the use of modular devices for direct air carbon capture at decentralized locations. The other focal point of the TOE is the use of waste sorting robots and solar powered waste sorting compactors for cost-effective smart waste management. The TOE additionally provides insights on the utilization of chemical recovery process for producing bio-methanol from paper mills and the production of carbon negative thermoplastics from wood waste. The TOE also provides latest innovations in the production of bio-based epoxy resins, conversion of waste coffee grounds to high calorific fuel used in wood burners, and the use of thermo-chemical waste reforming technologies for the production of bio-diesel and aviation fuel from organic wastes.

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: Sequential batch reactors, surge anoxic mix, natural coagulants, direct air carbon capture, advanced biofuels, bio-methanol, smart waste management, waste compactors, sustainable aviation fuels, bio-based epoxy resins, hydrothermal plastic recycling

Table of Contents

INNOVATIONS IN ADVANCED BIOFUELS, SMART WASTE MANAGEMENT, AND DIRECT AIR CARBON CAPTURE

  • PLANT-BASED NATURAL COAGULANTS TO ENHANCE WATER PURIFICATION AND WASTEWATER TREATMENT
  • VALUE PROPOSITION OF NATURAL COAGULANTS
  • BRENNTAG INC.—INVESTOR DASHBOARD
  • INNOVATIVE SEQUENTIAL BATCH BASED SURGE ANOXIC MIX REACTORS FOR WASTEWATER TREATMENT
  • VALUE PROPOSITION OF SEQUENTIAL BATCH REACTORS
  • FLUIDYNE CORPORATION—INVESTOR DASHBOARD
  • CHEMICAL RECOVERY PROCESS TO PRODUCE BIO-METHANOL FROM PAPER MILLS
  • VALUE PROPOSITION OF BIO-METHANOL PRODUCTION
  • ANDRITZ AG—INVESTOR DASHBOARD
  • CARBON-NEGATIVE THERMOPLASTICS FROM WOOD WASTE
  • VALUE PROPOSITION OF CARBON-NEGATIVE THERMOPLASTICS
  • MADE OF AIR–INVESTOR DASHBOARD
  • USE OF MODULAR DEVICES FOR DIRECT AIR CARBON CAPTURE AT HOME
  • VALUE PROPOSITION OF CARBON CAPTURE STACKABLE CELLS
  • HOLY GRAIL–INVESTOR DASHBOARD
  • WASTE SORTING ROBOT FOR ENHANCING WASTE RECOVERY RATES IN RECYCLING FACILITIES
  • VALUE PROPOSITION OF RECYCLEYE
  • RECYCLEYE–INVESTOR DASHBOARD
  • 100% BIODEGRADABLE MATERIALS TO REPLACE PLASTIC
  • VALUE PROPOSITION OF TRACELESS’ POLYMERS
  • TRACELESS–INVESTOR DASHBOARD
  • TECHNOLOGY DEVELOPING BIO-BASED EPICHLORHYDRIN FOR EPOXY RESINS
  • VALUE PROPOSITION OF ADVANCED BIOCHEMICAL
  • ADVANCED BIOCHEMICAL—INVESTOR DASHBOARD
  • TECHNOLOGY TO CONVERT WASTE COFFEE GROUNDS TO FUEL
  • VALUE PROPOSITION OF BIO-BEAN LIMITED
  • BIO-BEAN LIMITED—INVESTOR DASHBOARD
  • TECHNOLOGY LEVERAGING RENEWABLE FEEDSTOCK TO PRODUCE BIODIESEL
  • VALUE PROPOSITION OF RENEWABLE ENERGY GROUP
  • RENEWABLE ENERGY GROUP—INVESTOR DASHBOARD
  • TECHNOLOGY CONVERTING SOLID WASTE TO AVIATION FUEL
  • VALUE PROPOSITION OF FULCRUM BIOENERGY
  • FULCRUM BIOENERGY—INVESTOR DASHBOARD
  • INNOVATIVE AND SCALABLE HYDROTHERMAL PLASTIC RECYCLING SYSTEM
  • VALUE PROPOSITION OF LOW EMISSION WASTE PLASTIC RECYCLING
  • RENEW ELP–INVESTOR DASHBOARD
  • HIGH CAPACITY SOLAR POWERED WASTE COMPACTOR FOR SMART WASTE MANAGEMENT
  • VALUE PROPOSITION OF IOT ENABLED SMART BIN
  • ECUBE LABS–INVESTOR DASHBOARD
  • CLEAN AND COST-EFFECTIVE CONVERSION OF ORGANIC WASTE TO BIOFUELS
  • BIOFUEL EVOLUTION—VALUE PROPOSITION
  • BIOFUEL EVOLUTION—INVESTOR DASHBOARD

KEY CONTACTS

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  • LEGAL DISCLAIMER
This edition of the Industrial Bioprocessing TOE features information on the use of plant-based natural coagulants to enhance wastewater treatment and the use of innovative sequential batch-based surge anoxic mix reactors for sludge reduction and wastewater treatment. The TOE covers innovations based on the use of modular devices for direct air carbon capture at decentralized locations. The other focal point of the TOE is the use of waste sorting robots and solar powered waste sorting compactors for cost-effective smart waste management. The TOE additionally provides insights on the utilization of chemical recovery process for producing bio-methanol from paper mills and the production of carbon negative thermoplastics from wood waste. The TOE also provides latest innovations in the production of bio-based epoxy resins, conversion of waste coffee grounds to high calorific fuel used in wood burners, and the use of thermo-chemical waste reforming technologies for the production of bio-diesel and aviation fuel from organic wastes. 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: Sequential batch reactors, surge anoxic mix, natural coagulants, direct air carbon capture, advanced biofuels, bio-methanol, smart waste management, waste compactors, sustainable aviation fuels, bio-based epoxy resins, hydrothermal plastic recycling
More Information
No Index No
Podcast No
Industries Environment
WIP Number D768-00-C9-00-00
Is Prebook No