Ten-Year Forecast of Disruptive Technologies in Industrial Biotechnology to 2028

Societal and technological changes are reinforcing industrial biotechnology, which allows the reliance on renewable raw materials to produce a range of intermediate products, product components, and ready-made products, e.g. bio-based plastics, biolubricants, biofibres for textiles, composite materials for the construction and transportation industries, chemical and pharmaceutical building blocks, organic acids, amino acids, and enzymes.

£4,050.00 £4,500.00

Save £450.00
Add to basket Enquire
Product detail
Product type: Market report
Date of publication: 30 Sep 2018
Product format: Hard copy, Digital copy
Number of tables: 118
  • The global value of the bio-based economy is estimated at $355 billion.
  • The competition of products derived from fossil resources has been challenging, particularly for high-volume and low-cost products; but the development of new technology has experienced unprecedented dynamism, and enabled more efficient processes and new functionalities.
  • This report analyses the top 25 disruptive technologies expected to have a significant impact on industrial biotechnology to 2028, and outlines business opportunities created by these technology developments.

description

Our exclusive content:

  • An in-depth exploration of the top 25 disruptive technologies in the industrial biotechnology market.
  • An analysis of key technology trends expected to impact the industry.
  • Detailed 10-year technology forecasts on game-changing developments in industrial biotechnology.

What methodology is used?

The Ten-Year Forecast of Disruptive Technologies in Industrial Biotechnology to 2028 is based on extensive primary and secondary research. Primary research consisted of rankings and ratings given by an expert panel of 15 people, including leading scientists, investors, and innovators or business leaders in the field of industrial biotechnology. Secondary research was based on a comprehensive review of journals, books, intelligence reports, presentations, press releases, and electronic databases, plus studies conducted by the European Commission, the OECD, the US Department of Agriculture, the US Department of Energy, and the International Energy Agency, etc.

What will you discover?

  • Plan your 10-year business strategy with confidence, with the latest technology forecasts for industrial biotechnology to 2028.
  • Get an in-depth understanding of the top 25 disruptive technologies that are expected to alter the industrial biotechnology landscape over the next 10 years.
  • Keep up-to-date of crucial business opportunities most likely to impact your sector to 2028.

Who should buy this report?

  • Industrial biotechnology companies and product manufacturers
  • Raw material suppliers
  • Buyers of industrial biotechnology products
  • Bio-reactor suppliers
  • Industrial biotechnology R&D organisations
  • Industry consultants and analysts

table of contents

EXECUTIVE SUMMARY

Survey results

Top 25 technologies

INTRODUCTION AND METHODOLOGY

Introduction to the report

Report objective and scope

Methodology

Longlist of technology challenges

List of definitions

INDUSTRIAL BIOTECHNOLOGY KEY DRIVERS AND TRENDS

Industrial biotechnology

Scaling R&D and validation infrastructure

Using fossil raw materials

Renewable raw materials become viable

Biofuels as catalyst for industrial biotechnology

Advantages and challenges of drop-ins

The “dieselgate” effect

Gaseous carbon

Booming of natural gas

Renewable carbon for bio-based products

Technology developing faster than ever

Sustainability is a performance target

The Planet under pressure of single-use plastics

Industrial biotechnology is going blue

Hard life for first movers

Functionality rules

TOP 25 DISRUPTIVE TECHNOLOGIES IN INDUSTRIAL BIOTECHNOLOGY

Perceived trends and impact on technological development

Narrowing down the list

Major omissions

Accelerated strain design

- Technology overview, state-of-the-art, application forecast and potential

Adipic acid

- Technology overview, state-of-the-art, application forecast and potential

Anaerobic digestion-based residue valorization

- Technology overview, state-of-the-art, application forecast and potential

Application development and diversification of uses of biopolymers

- Technology overview, state-of-the-art, application forecast and potential

Aromas and fragrances

- Technology overview, state-of-the-art, application forecast and potential

Biosurfactants

- Technology overview, state-of-the-art, application forecast and potential

Butanediol

- Technology overview, state-of-the-art, application forecast and potential

Butanol

- Technology overview, state-of-the-art, application forecast and potential

Corporate sustainability programmes

- Technology overview, state-of-the-art, application forecast and potential

Electrification of private transportation

- Technology overview, state-of-the-art, application forecast and potential

Enzymes to degrade polyesters for plastic bioremediation.

- Technology overview, state-of-the-art, application forecast and potential

Fumaric acid

- Technology overview, state-of-the-art, application forecast and potential

High efficiency bioreactors for use of gaseous carbon sources

- Technology overview, state-of-the-art, application forecast and potential

Isobutene as platform chemical

- Technology overview, state-of-the-art, application forecast and potential

Itaconic acid

- Technology overview, state-of-the-art, application forecast and potential

Lactic acid

- Technology overview, state-of-the-art, application forecast and potential

Methane bioconversion

- Technology overview, state-of-the-art, application forecast and potential

Microbial tools for agriculture pest management

- Technology overview, state-of-the-art, application forecast and potential

Muconic acid

- Technology overview, state-of-the-art, application forecast and potential

Next generation sweeteners

- Technology overview, state-of-the-art, application forecast and potential

Pulp-and-paper mills as manufacturing and logistic hubs for biorefineries

- Technology overview, state-of-the-art, application forecast and potential

Recombinant production of protein-based fibres

- Technology overview, state-of-the-art, application forecast and potential

Single-cell feed meal comprising protein and polyunsaturated fatty acids

- Technology overview, state-of-the-art, application forecast and potential

Succinic acid

- Technology overview, state-of-the-art, application forecast and potential

Widening of technically recoverable oil and natural gas reserves

- Technology overview, state-of-the-art, application forecast and potential

tables and figures

  • Top 25 disruptive technologies
  • Normalised historical prices of crude oil, natural gas (US), sugar and soybean oil
  • Renewable materials from plants
  • Uses of crude oil
  • Internal combustion engines vs. electric motors
  • Gaseous carbon sources
  • Ethane vs. naphtha cracker
  • Cascading use of biomass
  • Synthetic biology
  • UN sustainability goals
  • Single-use plastic
  • Functionality for added value
  • SWOT analysis for industrial biotechnology
  • How the candidate technologies were merged to get the top 25
  • Accelerated strain design tools
  • Accelerated strain design: Application opportunities and forecast 2028
  • Accelerated strain design: Disruptive technology scorecard
  • Accelerated strain design: Key developments
  • Accelerated strain design: Technology status 2018 and forecast 2028
  • Adipic acid uses
  • Adipic acid: Application opportunities and forecast 2028
  • Adipic acid: Disruptive technology scorecard
  • Adipic acid: Key developments
  • Adipic acid: Technology status 2018 and forecast 2028
  • Anaerobic digestion-based residue valorization: Application opportunities and forecast 2028
  • Anaerobic digestion-based residue valorization: Disruptive technology scorecard
  • Anaerobic digestion-based residue valorization: Key developments
  • Anaerobic digestion-based residue valorization: Technology status 2018 and forecast 2028
  • Application development and diversification of uses of biopolymers: Application opportunities and forecast 2028
  • Application development and diversification of uses of biopolymers: Disruptive technology scorecard
  • Application development and diversification of uses of biopolymers: Key developments
  • Application development and diversification of uses of biopolymers: Technology status 2018 and forecast 2028
  • Aromas and fragrances: Application opportunities and forecast 2028
  • Aromas and fragrances: Disruptive technology scorecard
  • Aromas and fragrances: Key developments
  • Aromas and fragrances: Technology status 2018 and forecast 2028
  • Biosurfactants: Application opportunities and forecast 2028
  • Biosurfactants: Disruptive technology scorecard
  • Biosurfactants: Key developments
  • Biosurfactants: Technology status 2018 and forecast 2028
  • Butanediol: Application opportunities and forecast 2028
  • Butanediol: Disruptive technology scorecard
  • Butanediol: Key developments
  • Butanediol: Technology status 2018 and forecast 2028
  • Butanol: Application opportunities and forecast 2028
  • Butanol: Disruptive technology scorecard
  • Butanol: Key developments
  • Butanol: Technology status 2018 and forecast 2028
  • Corporate sustainability programmes: Application opportunities and forecast 2028
  • Corporate sustainability programmes: Disruptive technology scorecard
  • Corporate sustainability programmes: Key developments
  • Corporate sustainability programmes: Technology status 2018 and forecast 2028
  • Electrification of private transportation: Application opportunities and forecast 2028
  • Electrification of private transportation: Disruptive technology scorecard
  • Electrification of private transportation: Key developments
  • Electrification of private transportation: Technology status 2018 and forecast 2028
  • Enzymes to degrade polyesters for plastic bioremediation.: Application opportunities and forecast 2028
  • Enzymes to degrade polyesters for plastic bioremediation.: Disruptive technology scorecard
  • Enzymes to degrade polyesters for plastic bioremediation.: Key developments
  • Enzymes to degrade polyesters for plastic bioremediation.: Technology status 2018 and forecast 2028
  • Fumaric acid: Application opportunities and forecast 2028
  • Fumaric acid: Disruptive technology scorecard
  • Fumaric acid: Key developments
  • Fumaric acid: Technology status 2018 and forecast 2028
  • Gas-liquid mass transfer
  • High efficiency bioreactors for use of gaseous carbon sources: Application opportunities and forecast 2028
  • High efficiency bioreactors for use of gaseous carbon sources: Disruptive technology scorecard
  • High efficiency bioreactors for use of gaseous carbon sources: Key developments
  • High efficiency bioreactors for use of gaseous carbon sources: Technology status 2018 and forecast 2028
  • Isobutene as platform chemical: Application opportunities and forecast 2028
  • Isobutene as platform chemical: Disruptive technology scorecard
  • Isobutene as platform chemical: Key developments
  • Isobutene as platform chemical: Technology status 2018 and forecast 2028
  • Itaconic acid: Application opportunities and forecast 2028
  • Itaconic acid: Disruptive technology scorecard
  • Itaconic acid: Key developments
  • Itaconic acid: Technology status 2018 and forecast 2028
  • Lactic acid: Application opportunities and forecast 2028
  • Lactic acid: Disruptive technology scorecard
  • Lactic acid: Key developments
  • Lactic acid: Technology status 2018 and forecast 2028
  • Methane bioconversion: Application opportunities and forecast 2028
  • Methane bioconversion: Disruptive technology scorecard
  • Methane bioconversion: Key developments
  • Methane bioconversion: Technology status 2018 and forecast 2028
  • Microbial tools for agriculture pest management: Application opportunities and forecast 2028
  • Microbial tools for agriculture pest management: Disruptive technology scorecard
  • Microbial tools for agriculture pest management: Key developments
  • Microbial tools for agriculture pest management: Technology status 2018 and forecast 2028
  • Muconic acid: Application opportunities and forecast 2028
  • Muconic acid: Disruptive technology scorecard
  • Muconic acid: Key developments
  • Muconic acid: Technology status 2018 and forecast 2028
  • Next generation sweeteners: Application opportunities and forecast 2028
  • Next generation sweeteners: Disruptive technology scorecard
  • Next generation sweeteners: Key developments
  • Next generation sweeteners: Technology status 2018 and forecast 2028
  • Pulp-and-paper mills as manufacturing and logistic hubs for biorefineries: Application opportunities and forecast 2028
  • Pulp-and-paper mills as manufacturing and logistic hubs for biorefineries: Disruptive technology scorecard
  • Pulp-and-paper mills as manufacturing and logistic hubs for biorefineries: Key developments
  • Pulp-and-paper mills as manufacturing and logistic hubs for biorefineries: Technology status 2018 and forecast 2028
  • Recombinant production of protein-based fibres: Application opportunities and forecast 2028
  • Recombinant production of protein-based fibres: Disruptive technology scorecard
  • Recombinant production of protein-based fibres: Key developments
  • Recombinant production of protein-based fibres: Technology status 2018 and forecast 2028
  • Single-cell feed meal comprising protein and polyunsaturated fatty acids: Application opportunities and forecast 2028
  • Single-cell feed meal comprising protein and polyunsaturated fatty acids: Disruptive technology scorecard
  • Single-cell feed meal comprising protein and polyunsaturated fatty acids: Key developments
  • Single-cell feed meal comprising protein and polyunsaturated fatty acids: Technology status 2018 and forecast 2028
  • Succinic acid as platform chemical
  • Succinic acid: Application opportunities and forecast 2028
  • Succinic acid: Disruptive technology scorecard
  • Succinic acid: Key developments
  • Succinic acid: Technology status 2018 and forecast 2028
  • Widening of technically recoverable oil and natural gas reserves: Application opportunities and forecast 2028
  • Widening of technically recoverable oil and natural gas reserves: Disruptive technology scorecard
  • Widening of technically recoverable oil and natural gas reserves: Key developments
  • Widening of technically recoverable oil and natural gas reserves: Technology status 2018 and forecast 2028