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Chemicals and Advanced Materials

Chemicals and Advanced Materials often form the core for many technology advances that are turning far-fetched concepts into reality across industries. Innovations in chemicals and materials help translate socio economic trends such as ‘innovating to zero’ or industry specific trends such as ‘lightweighting’ into marketable products and services.

Acknowledging the necessity of keeping track of new and emerging material developments, processes, and resultant products is crucial for growth in any industry and a diverse team of industry experts in materials, plastics, polymers, petrochemicals, coatings, chemicals, and oil & gas help companies to achieve success in their industry of focus

Identifying and analyzing the emergence of new materials, coatings and chemicals and assessing how their introduction to existing applications can transform prevailing systems and help in the emergence of new markets, products and services, business models, and even new industries.

MATERIALS

Lightweight materials, bio-based materials, ceramics, nanomaterials, smart materials, fibers, plastics, composites, polymers, woven and non woven materials, organic materials, conductive materials and polymers, insulation materials, packaging materials, biomedical materials, graphene, 2D materials and many more.

COATINGS AND THIN FILMS

Protective and functional coatings including paints and emulsions, antimicrobial coatings, food coatings, energy saving coatings, smart glazing, hydrophilic, hydrophobic and superhydrophobic coatings, anti-corrosive coatings, nanocoatings, barrier coatings, conductive coatings, insulating coatings and so on.

ADVANCED CHEMICALS

Commodity chemicals, specialty chemicals, fine chemicals, green chemicals, enzymes, additives and preservatives and so on.

ALLIED AREAS

Bioprocessing, encapsulation, extraction, thermal and nonthermal processing, deposition technologies, coatings processes, membrane filtration, packaging, oil & gas refining and processing, fuel additives and blends, lubricants, alternate energy generation, and storage, biofuels, gas separation.

Key Research Focus Areas

Lightweighting and Multifunctionality

Lightweight materials, carbon fibers, glass fibers, 2D materials, stimuli-responsive materials, smart materials, graphene, polymers, plastics and many more.

Materials for Energy and Ultilities

Catalysts, Production and process optimization, upstream and downstream processes.

Nanotechnology

Nanomaterials, nanofibers, nanocoatings, nano functionalization, surface modification etc.

Chemicals and Advanced Materials (CAM) Technology Cluster

Functional and Protective Coatings

Solvent and water-borne coatings including anti-corrosion coatings, hydrophobic and hydrophilic, anti-fouling coatings, antimicrobial coatings.

Technologies for Efficient Food and Agriculture Systems

Plant protection technologies, nutrition and functional ingredients, food and feed additives, colors, flavors, fragrances, enzymes, preservatives and other specialty ingredients.

Advanced Chemicals

Specialty chemicals, petrochemicals, personal care ingredients, bioactive and oleochemicals.

  • Innovations in Digital Technologies Transforming Material R&D
  • Growth Opportunities for Polymers in Personal Care
  • Advancements in Waste Incineration Technology
  • Breakthrough Innovations Enhancing Plastics Degradation
  • Technological Advancements Enabling Polymer Recycling
  • Technological Advancements in Solid State Batteries for Electric Vehicles
  • Growth Opportunities for Marine ingredients in Personal Care
  • Technology Developments Fuelling Growth Opportunities for Cannabinoids
  • Radical Innovations in Reverse Osmosis Seawater Desalination
  • Technology Advances in Hydrophobic and Superhydrophobic Materials
  • Frost Radar: Materials for Sustainable Packaging, 2020
  • Growth Opportunities for Insulation Materials in Industrial Applications
  • Emerging Innovations Driving Efficiency Enhancements In Pervoksite Solar Cells
  • Growth Opportunities for Photo- and Thermochromic Materials
  • Growth Opportunities for Nanoencapsulation
  • Growth Opportunities for Emerging Insulation Materials
  • Growth Opportunities for Conductive Materials
  • Technological Advances in Solar Thermal Desalination
  • Growth Opportunities for Functional Ingredients in Personal Care
  • Technology Breakthroughs Enabling Hydrogen Generation and Separation
  • Breakthrough Innovations in Artificial Photosynthesis
  • Growth Opportunities for Self Healing Materials
  • Growth Opportunities for Natural Fragrances in Personal Care
  • Disruptive Innovations in Production, Storage and Transportation of Hydrogen
  • Growth Opportunities for Polymeric Materials
  • Material Technologies Facilitating Targeted Drug Delivery
  • 2020 Technology Convergence Scenarios
  • Growth Opportunities for Technical Ceramics
  • Disruptive Innovations in Coatings for Automotive and ACE applications
  • Innovation Landscape  of Protein Alternatives in the F&B industry
  • Impact Assessment of Polymers in the Electronics Industry
  • Future of Microelectronics in the Retail Sector
  • Application Assessment of Ceramic Nanofibers
  • Radical Innovations Transforming Upstream Oil & Gas Industry
  • Managing End-of-Life Li-ion Batteries: Battery Recycling Technologies
  • What’s next in Nanocoatings? R&D analysis
  • Growth Opportunities for Superalloys
  • Technology Advances in WBA resins
  • Expanding Applications for Additive Manufacturing: The Road Ahead
  • Sustainability Trends Impacting Building and Construction Industry
  • Image Sensors: R&D Portfolio and Opportunity Analysis
  • Disruptive Innovations in Biosurfactants
  • Breakthrough Innovations Enabling Waste-to-Product
  • Assessment of Materials Start-up Ecosystem in India
  • Emerging Alternatives for Single-use plastics in Packaging
  • Thermoconductive Adhesives–Technology Impact Analysis
  • Technologies Transforming the Future of Digital Marketing
  • Technology Convergence Impacting Oil and Gas Sector
  • Technology Breakthroughs in Antimicrobial Textiles
  • Emerging Technologies Advancing Carbon Capture, Utilization and Storage
  • Breakthrough Technologies Advancing The Future Of Alternative Fuels Production
  • Imaging Innovations for Breast Cancer Diagnosis
  • Disruptive Innovations in Enzymes
  • Impact of Nanomaterials on the Performance of Medical Implants
  • Sustainability Trends Impacting Mining Industry
  • MedTech Innovations Impacting Cosmetic & Aesthetic Procedures
  • Next Generation Technologies Enabling High Performance Diagnostic Device
  • Electronics Manufacturing: Global Opportunity Analysis
  • Emerging Opportunities for Nanoemulsions
  • Breakthrough Innovations Enabling Water Purification
  • Technologies Enabling Circular Economy
  • Semiconductor Lithography: Opportunity Assessment for Advanced Electronics
  • Disruptive Innovations in Scalp Care
  • Sustainability Trends Impacting Oil & Gas Industry
  • Leveraging Artificial Intelligence for Materials Design and Production
  • Augmented Analytics: Future of Business Intelligence
  • Emerging Opportunities for Aerogels
  • Opportunities for Sensors in Digital Farming
  • Metal Foams–Technology Opportunity Assessment
  • Technology Breakthroughs in Alternatives to Sweeteners
  • HealthWear Enabling Continuous Monitoring and Remote Therapies
  • Technology Developments in Plastic Degradation
  • Opportunities for Multimaterial 3D Printing in Manufacturing
  • Opportunity Assessment of Graphene Oxide
  • Medical Device Innovations Furthering FemTech
  • Flexible Hybrid Electronics: R&D Portfolio and Opportunity Analysis
  • Technology Advancements in Metals Enhancing Energy Generation
  • Nanomanufacturing: Global Impact Assessment
  • Light-based Manufacturing: Application and Opportunity Assessment
  • 2019 Technology Convergence Scenarios
  • Technologies for Valorisation of Waste Streams from Oil & Gas Operations
  • Compound Semiconductor: Roadmapping and Impact Assessment
  • Game-changing Innovations Transforming Cardiovascular Care
  • Global Benchmarking of Sustainability Trends in the Industrial Sector
  • Technical Fabrics in Filtration- Opportunity Assessment
  • Technologies for Monitoring and Control of NOx in Automobiles
  • Technology Convergence Transforming E-textiles
  • Technologies with High Funding: Impact Assessment and Growth Opportunities
  • Breakthrough Sensor Innovations in Food and Beverage Sector
  • Alternate to Plastics: Emerging Technology Assessment
  • Turning Big Data to Smart Data: Emerging Opportunities
  • Disruptive Innovations in Natural Colors
  • Disruptive Innovations Redesigning Orthopedic Devices and Procedures
  • Metal 3D Printing Revolutionizing Modern Manufacturing
  • Emerging Opportunities for Sulfur
  • Big Area Additive Manufacturing: Technology Adoption Assessment
  • Micro- and Nano- encapsulation: Technology Impact Analysis
  • Emerging Opportunities for Conductive Polymers
  • Emerging Opportunities for Quantum Dots
  • Hybrid Manufacturing: Technology Roadmapping and Opportunities
  • Measurement-while Drilling – Patenting and Technology Development Trends
  • Technology Breakthroughs in Zero-Friction Coatings
  • Emerging innovations in India
  • Nanotechnology Innovations Transforming Energy Generation and Storage
  • Emerging Technologies in Printing
  • Self-healing Coatings: Opportunity Analysis
  • Emerging Opportunities for Materials Derived from Crude Oil in a Decarbonized and Circular World
  • Sensors and Advanced Material Technologies Driving Opportunities in Energy Industry
  • Breakthrough Innovations in Energy Storage
  • 3D Printing Revolutionizing Medical Device Manufacturing
  • Breakthrough Innovations in Natural Flavors
  • Future of Lightweight Metals in the Automotive Sector
  • Novel Therapies for Rare and Genetic Diseases
  • Micro-LED  R&D Portfolio Analysis and Roadmapping
  • Functional Coatings for Flexible Packaging: Technology Impact Assessment
  • Innovations in Solid State Battery
  • Technology Impact Assessment of Micro Energy Harvesting
  • Technologies Enabling Food Safety
  • Technologies Enabling Nuclear Medicine Imaging
  • Material Technologies Shaping the Future of Electric Vehicles
  • 2018 Top Technologies In Chemicals And Materials
  • High Performance Polymers in Automotive and Aerospace Sectors
  • Technologies Impacting the Future of Tight Oil Extraction
  • Innovations in Transdermal Drug Delivery
  • Antimicrobial Technologies for Enhanced Consumer Health
  • Technologies Impacting the Future of Korea
  • Technologies Impacting the Future of Cybersecurity
  • Alternate Feedstocks And Process Technologies For Conversion Of Gas To Chemicals
  • Innovations in Computer Vision Applications Powered by AI
  • Future of Transistor Technology
  • Technology Breakthroughs Enabling Low-VOC Coatings
  • Unraveling The Chinese Innovation Puzzle
  • Innovations in Smart Glazing
  • Manufacturing Technologies Empowering Automotive Lightweighting
  • Technology Roadmapping of Micro-LED Displays
  • Breakthrough Delivery Technologies For Flavors And Fragrances
  • Emerging Opportunities for Self-Healing Materials
  • Emerging Innovations in Adhesive Technologies
  • Materials Replacing Steel in Oil & Gas Industry
  • Data Storage Technologies of the Future
  • Advanced Analytics: Disruptive Opportunities
  • Technologies Enabling Intelligent Robotics
  • Materials Innovations Transforming 3D Printing
  • R&D Focus Areas for Battery Anode and Cathode
  • Advances in Anti Fouling Coatings
  • Innovations in Urban Farming
  • Emerging Technologies for Defense
  • Innovations in Smart Sensors
  • The Emerging Global Marketplace for Intellectual Property (IP)
  • Novel Biomaterials for Medical Applications
  • Post Li-ion Battery R&D Trends
  • Disruptive Manufacturing Technologies for Consumer Goods
  • Future of Thermoelectric Energy Harvesting
  • Climate Change Technologies for the Oil & Gas Sector
  • Wearable Technologies for Industrial Applications
  • Breakthrough Technologies Enabling Food Safety in Dairy Industry
  • Innovations in Silicon Photonics
  • Microbiome Technologies Energizing Pharma and Life Sciences
  • Cyber Security Innovations in the Connected World
  • Water Conservation Technologies In Agriculture
  • Top Technologies in Chemicals and Advanced Materials, 2017
  • Emerging Woundcare Technologies
  • The Future of Bionics
  • Manufacturing Innovations for Flexible Electronics
  • Emerging Technologies Stimulating the Future of Agriculture
  • Advances in Material Technologies for Personal Care
  • Adhesives for Microfluidics- Technology Assessment
  • Innovations in Materials for Flexible Electronics
  • Nanotechnology to achieve Cost Efficiencies within Global Medical Devices Value Chain
  • Advancements in Nano Sensors
  • Developments in Transparent Electronics
  • Advanced Sensor Technologies for Homeland Security
  • Technologies Impacting the Future of Food and Beverage Sector
  • Superhydrophobic Coatings for Building and Construction Industry
  • Technologies Impacting the Future of the Aerospace and Defense Sector
  • Technologies Impacting theFuture of the Energy Sector
  • Disruptive Technologies Powering New Age Consumer Electronics
  • Application Assessment of Carbon Fibers
  • OLED Lighting – Global Challenges and R&D Focus Areas
  • Innovations in Flexible Batteries
  • Innovations in Cosmetic Procedures
  • Opportunities for 2D Materials in Semiconductor Industry
  • Atomic Electronics Transforming Consumer Electronics Sector
  • Capacitive Sensing: Disruptive Opportunities in Key Sectors
  • Top 10 Technologies Impacting the Future of Automotive Market
  • Technology Breakthroughs in Food Encapsulation
  • Emerging Applications of Nanocellulose Technology
  • Advanced Insulation Materials Technologies for Building and Construction
  • Top Technologies in Chemicals and Advanced Materials, 2016
  • Enabling Technologies in Global Surgical Robots Market
  • Innovations in Human Enablement and Enhancement Technologies
  • Innovations in Global Proteomics Technologies Market
  • Next Generation Stent Technologies
  • Food Waste Management Technologies Market – Emerging Trends and Opportunities
  • Indoor Air Purification Technologies, Forecast to 2020
  • Technology Advancements in Ionic Liquids
  • Gas Separation – Emerging Membrane Technologies Outlook
  • Anodizing Processes – Emerging Opportunities Outlook
  • Technologies Enabling Biomass to Bioenergy
  • Innovations in High Power Electronics Impacting Key Sectors
  • Technology Innovations Enabling Visible Light Communication
  • Material Technologies Enabling NVH Reduction
  • Technology Convergence Enabling Precision Agriculture
  • Automation & Communication Technology Innovations Impacting Oil & Gas Sector
  • Innovations in Wastewater Treatment and Its Impact on Key Sectors
  • Impact of Wireless Charging Technology Advances in Consumer and Automotive Sectors
  • Technology Advances Shaping Future of Food Security
  • Additive Manufacturing – Technologies for Emerging Applications
  • Innovations in Anti Corrosion Technologies for Offshore Structures
  • Energy Efficiency in Transport, Buildings and Industry
  • Material Technologies Driving Future of Automotive
  • Technology Breakthroughs Shaping the Future of Power-to-Gas
  • Emerging Thermal Barrier Coating Technologies in Turbines
  • Technology Innovations Empowering Low Emission Vehicles
  • Innovations in Water Production and Its Impact on Key Sectors
  • Bio-based Solvents – 6 Dimensional Analysis
  • Additive Manufacturing Technology Innovations Impacting Automotive Sector
  • Insights for CFOs betting on Intellectual Property
  • Global Review of Intellectual Property (IP) Funds
  • Emerging Trends in Thermal Energy Storage (TES)
  • Electro-Optical/Infrared Systems – Technology Trends Impacting Military and Aerospace Sectors
  • Technologies Addressing Climate Change: Atmospheric Carbon Dioxide Removal
  • Futuristic Outlook of Wearable Technology in Key Applications
  • Innovation-Led Clusters: A Benchmarking Report
  • Next Generation Catalysts- Impact Assessment in Oil & Gas Sectors
  • Impact of Microspheres in Key Application Sectors
  • Technology Innovations Impacting Future of Industrial Automation
  • 2015 Technology Convergence Scenarios
  • Impact of Quantum Dots in Consumer Electronics
  • Low Temperature Coatings for Industrial Applications
  • Technology Advances Empowering Microgrids
  • Emerging Waterless Innovations Disrupting Key Sectors
  • 3D Display Technology Innovations Impacting Consumer Sector
  • Beyond ITO – Materials for Next Generation Consumer Electronics
  • Energy Harvesting Innovations Disrupting Key Applications
  • Impact of Data Storage Technologies in Key Sectors
  • Technology Innovations Impacting Connected Living
  • Super Hi Vision – Impact in Key Applications
  • Emerging Trends in Aviation Coatings
  • Technology Trends Impacting Low Carbon Manufacturing
  • Bioacoustics Sensing – Prospective Opportunities in Key Sectors
  • Technology Innovations Empowering Airport Security
  • Technology Innovations Enabling Manufacturing of Fuel Efficient & Low Noise Aircrafts
  • Impact of Sensory Tracking Technology in Consumer Electronics Sector
  • 2015 Top Technologies in Microelectronics
  • Millimeter Wave Technology: Impact in Key Applications
  • 2015 Top Technologies in Materials & Coatings
  • 2015 Top Technologies in Advanced Manufacturing and Automation
  • 2015 Top Technologies in Sensors & Control
  • Future of Rechargeable Batteries  Beyond Li-ion
  • 3D Bioprinting: Transforming The Future of Healthcare Sector
  • Impact Assessment of Graphene in Key Sectors
  • Impact Assessment of Materials in Wind Energy Generation
  • Key Material Technologies for Next Generation Implants
  • Novel Printing Techniques for Organic Electronics
  • Innovations in Emerging Economies – Latin America
  • OLED Technology – 9 Dimensional Assessment
  • Advances in Photonic Materials
  • Technologies Enabling Extraction of Shale Gas
  • Impact of Photonic Materials in Key Applications
  • Impact of Smart Fabrics in Key Applications
  • Technology Solutions to Innovation Management Challenges
  • 3D Printing Technology – 9 Dimensional Assessment
  • Nanotechnology in Sustainable Energy – Visionary Outlook
  • Technology Breakthroughs in Synbiotics
  • Impact Assessment of 3D Printing Materials in Key Applications
  • Innovations in Emerging Economies – Southeast Asia
  • Technologies fuelling Fast Moving Consumer Health (FMCH) Opportunities
  • Innovations in Unmanned Vehicles – Land, Air, Sea
  • Smart Glazing Technology – 9 Dimensional Assessment
  • Innovations in Nanomanufacturing
  • Carbon Fibers Technology – 9 Dimensional Assessment
  • Impact of Bioadhesives in Key Sectors
  • Advances in Bioadhesive Technologies
  • Polymer Chameleons – 9 Dimensional Assessment
  • Advances in Produced Water Treatment Technologies
  • Impact Assessment of Smart Packaging in Healthcare, Electronics and Energy
  • Sensor Technology Innovations Enabling Quantified-Self
  • Advances in Surfactants
  • Innovations in Emerging Economies – India
  • Innovations in Protective Coatings for Medical Devices
  • Technologies Enabling the Cockpit of the future (Technical Insight)
  • Advances in 4D Printing
  • Enabling Technologies for Net Zero-Energy BuildingsFunding Analysis
  • Advances in Smart Packaging
  • Advances in Production Technologies for Green Vehicles – Technical Insights
  • Advanced Materials Enabling 3D Printing
  • Top Technologies in Sustainable Energy
  • Top Technologies in Materials and Coatings
  • Technology Competitiveness of Knowledge-Based Economies
  • Materials and Sensors for Renewable Energy
  • National Innovation Ecosystems (Healthcare, CMF, Energy)
  • Hydrogen and Sustainability: Top 10 Trends
  • Innovations in Energy Savings Coatings
  • Emerging Trends in Bioactives for Personal Care
  • Innovations in LightWeight Composites
  • Innovative Opportunities in Upcycling Waste to Resources
  • Technologies for Sustainability
  • Innovations in Chemicals for Building and Construction
  • Technology Breakthroughs in Gas Sequestration
  • Emerging Trends in Biochemicals
  • Human Life on a Smarter Planet
  • Natural Gas: Top 10 Innovations
  • Advances in Proton Electrolyte Membrane Fuel Cell
  • 2013 Top Technologies – Materials & Coatings Cluster
  • Advances and Emerging Trends in Automotive Lightweighting
  • Technological Breakthroughs in C4/C5 Processing
  • Top Technologies in Clean and Green Environment
  • Next Generation Fuel Additives and Blending Technologies
  • Developments in Solid State Lighting: Nine Pronged Technology Evaluation
  • Advances in Synthetic BioMaterials for Prosthetic limbs
  • Advances in Food Preservation Technologies
  • Advances in Superconducting Technologies for the Energy Sector
  • Emerging Trends in Food Enzymes
  • Advances in Food Antimicrobial Coatings
  • Algae: Technology Market Penetration and Roadmapping
  • Impact of Nanocoating–Technology and Application Insights
  • Advances in Agrochemicals
  • Trends in Corrosion Protection Technologies
  • Technology Advances in Effective Utilization of Fossil Fuels
  • Advances in Superhydrophobic Coatings–R&D Management
  • Advances in Nanotechnology for Catalysts
  • 2012 Top Tech Report–Materials and Coatings Cluster
  • Technology Trends in Prebiotics
  • Biomedical Textiles
  • Advances In Graphene Technologies
  • Advances in Hydroprocessing Catalyst
  • Nanophotonic Materials: R&D Analysis
  • Material Advancements for Future of Robotics
  • Emerging Materials Influencing Future of Flexible Packaging
  • Growth Opportunities for Plastics and Composites in Advanced Energy Storage: Technology Analysis
  • Recent Advancements in Catalysts Enabling Low Carbon Transition
  • Material Advances for Next Generation Fuel Cells
  • Disruptive Innovations Transforming Waste-to_Fuel and Chemicals
  • Trends and Technologies Facilitating Material Circularity in Chemical Industry
  • Research Advances in Cellulosic Materials
  • Technology Advancements in Materials for 5G Infrastructure: R&D and IP analysis
  • Technology Advances in Dielectric Materials: R&D and IP analysis
  • Advancements in Membrane Technologies for Water and Waste Water Treatment
  • Technology Advances Enabling Solid Cosmetics
  • Advances in Enzyme Technologies for Food Safety and Diagnostics
  • Emerging Protein Alternatives for Dairy Industry: R&D and IP analysis
  • Future of Seismic Technologies in O&G Industry

Value Proposition

Key Questions of Clients

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Whom should I partner with?

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What is the National Roadmap and what are the best practices adopted by other countries?

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What are the R&D areas I should focus on?

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What is the opportunity for the technology in 5 to 10 years?

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What are the attractive markets for my technology?

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What are the technologies I should invest in?

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Who are my competitors and what are they doing unique?

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Which region should I gain entry?

Engagement Types

  • Assessment of R&D portfolio
  • R&D management
  • IP Consulting
  • Technology investment Opportunities
    • Evaluation of funding initiatives
    • Merger and acquisition opportunities
    • Identification of strategic alliance partners
  • Technology Roadmap
  • Market Opportunity analysis
  • Competitive intelligence
  • Evaluation of nation innovation indicators and country’s best practices
  • Technology and patent valuation
  • Business model innovation

Case Studies

Dutch-based global group of companies assessing newly emerging and commercially available coating solutions for offshore applications

Competitive Landscaping and Benchmarking

The Challenge

It has been widely recognized by the client that regular touch-up and recoating to protect the carbon steels of the floating oil and gas production systems from corrosion incurred a huge operation cost and frequent production shutdown. The company is looking for alternative coating products that have potentially much longer performance in the marine environment.

Project Objectives

  • Obtained a detailed assessment of novel coating technologies and development trends in the offshore application segments to protect the metal components from a salt-laden offshore environment, and in other sectors that need to protect against very aggressive fluids, such as nuclear, chemical manufacturing, and minerals processing, etc.
  • Conduct a detailed competitive assessment of the key product solutions and their potential to improve the corrosion protection of carbon steels.
  • Provide detailed recommendations on the most promising solutions, based on the technology maturity and market availability of the various solutions, for both immediate applications, and for a near-future application.

Our Approach and Work

F&S used a “Modular” approach in line with the following blueprint for the conduct of the project:

  • Identified key technology trends, industry requirements, available coating technologies and the unmet needs in the marine offshore segments
  • Identified breakthrough innovations in coating systems and the key innovators who can be potential suppliers to the client.
  • Performed a risk-based corrosion management system that relevant for managing the corrosion risk for the client’s offshore structures.
  • Conducted Competitive (Product) Benchmarking Analysis of the Anti-Corrosion coatings through qualitative and semi-quantitative criteria based model
  • Identified and suggested the best fit coatings solutions based on clients requirement and procurement

Outcome and Business Impact

Frost & Sullivan delivered a detailed report that outlined the detailed understanding of key opportunity areas for the client with coating products effective to deliver the offshore requirements. The client is currently evaluating the suggested coatings for use in their offshore segments.

Technology Scouting And Impact

Assessment Of Emerging Technologies In The Food & Beverage Industry

The client: A global manufacturer of beverages headquartered in USA

The Challenge

Formulate of a strategic plan for the client to tackle imminent radical innovations that are likely to impact the future of F&B industry, taking into consideration various disruptive technologies and innovations across the F & B industry.

Project Objectives

  • Scouting for technologies that will have the potential to disrupt the value and/or applications of the F&B industry in long term (7 years and above).
  • Identify early stage innovations related to the disruptive technologies identified and assess their impact in the F&B industry in long term.

Our Approach and Work

  • F & S developed a value chain of the F&B industry and identified key application areas across the value chain.
  • Exhaustive technology scouting exercise was carried out to find disruptive technologies, within the industry and also other industries such as healthcare, manufacturing, automation etc. that can impact the future of F&B industry. Each identified technology was assessed on their transformation potential of the industry and a shortlist of 15 high impact technologies identified.
  • F&S identified more than 90 key disruptive innovations across the shortlisted technology area and the intensity of impact of each innovation was evaluated using a criteria based evaluation matrix to arrive into a shortlist of high impact innovations.
  • Criteria used for evaluation included year of impact, adoption potential, application impact, commercialization potential etc.

Outcome and Business Impact

  • F&S delivered a detailed report emphasizing on the impact of disruptive technologies and innovations that can impact the future of F&B industry.
  • The report was used by the client to align their R&D focus areas and identify possible partnerships and collaboration opportunities with early-stage technology developers.

Study of Inorganic Membranes for Gas Separation

The Client: An Asian conglomerate focusing on chemicals and materials

The Challenge

The client has an existing successful membrane module for different applications. The company’s existing focus includes the development of varied membranes, with a specific focus on inorganic membranes, namely silica, ZIF, zeolite, and mixed matrix membranes. The client needed an understanding of the technical developments with respect to these membranes for gas separation processes.

Project Objectives

  • Identifying membrane synthesis conditions from the technical journals published and patents filed on inorganic membranes.
  • Identifying the experimental conditions, permeation rate and separation factor of the synthesis methods outlined in the publications and patents
  • Assessment of the pros and cons of the experiments conducted to evaluate the effectiveness of the membranes synthesized.

Our Approach and Work

  • Frost & Sullivan conducted an in-depth analysis of technical publications across all peer-reviewed journals and patent databases to build a long list of studies/ research pertaining to the synthesis of inorganic membranes for gas separation processes.
  • The analysts reviewed the long list of the studies and research papers identified to identify the experimental conditions, synthesis methods and efficiency of the synthesized membranes.

Outcome and Business Impact

  • Frost & Sullivan delivered a detailed report on the assessment of various synthesis experiments carried out highlighting the potential of selected membrane materials synthesized. The client used the finding of the study to conduct in-house experiments as a part of their product development activities.

Strategic Roadmap for Plastics in Various Industries

The Client: A leading research and developmental cluster focusing on plastics and its application in various industries

The Challenge

  • The cluster was keen on identifying new growth opportunities of plastics in the focus areas for the cluster based on the changes in the industries/sectors and technology convergence potential that the cluster and its members operate in.
  • The cluster is interested in developing a roadmap for plastics in industries such as healthcare, automotive, consumer goods, aerospace, packaging among others.
  • Develop a 5 year action plan for the cluster taking into account the market needs, trends, technology developments in each industry of focus

Project Objectives

The objectives of this research project are:

  • To Identify the size and growth rates of plastics in each industry that is evaluated
  • To identify market needs, trends and competitive landscape in each industry
  • To develop a technology development and adoption roadmap for plastics in each industry that the cluster operates in.
  • To Identify new growth opportunities for plastics and identify key opportunities for the cluster to leverage in various industries.
  • To develop a 5 year strategic action plan for the cluster

Our Approach and Work

Towards accomplishing the objective, exhaustive desk research and primaries where conducted with key industry participants to identify, analyze and assess the market needs, requirements and trends for various industries. Technology development and adoption roadmap for plastics in various applications for each industry was developed. The growth opportunities for various plastics in each industry was assessed and each opportunity evaluated using an “attractiveness index” developed to decide if the opportunity can be worthwhile for the research cluster. Based on the attractiveness of the opportunities identified and with inputs from the cluster,  a strategic action plan for the cluster focusing on the type of R&D, technology and product development activities that the cluster needs to focus is developed.

Outcome and Business Impact

The roadmap and the action plan was used by the client to devise a list of projects the cluster needs to engage for the next five years. The research also delivered comprehensive  information about the opportunities for plastics in healthcare, automotive, aerospace, consumer goods and packaging among other industries and helped the client to better analyze the potential for plastics in key areas

The Client is a conglomerate in India planning to commercialize a new technology

Technology Commercialization Assistance

The Challenge

Evaluating the techno-economic feasibility and devising a “Go-To-Marketing” strategy for a newly developed technology that accelerated the production process of a medicinal plant.

Project Objectives

Market & Technology Related:
Competitive Technology benchmarking of the technology vs. existing ones

  • Opportunity Analysis and Landscaping
  • Competitor analysis and Landscaping
  • Determination of drivers, restraints, and challenges
  • Demand, Supply and pricing analysis
  • “Go or No-Go” decision for technology commercialization
  • Technology commercialization assistance

Financial Model Related:

  • Assessment of commercial viability of the technology
  • Evaluation and selection of revenue model
  • Sensitivity Analysis
  • Technology Valuation

Our Approach and Work

  • Frost & Sullivan conducted a preliminary analysis to identify the key opportunities int he said industry across the globe. Based on the findings of the initial study, detailed go-to-market strategies were developed and appropriate revenue models were identified and evaluated, out of technology licensing was determined as the best fit strategy for the client.
  • A financial model was constructed outlining the attractiveness of various revenue models for the new technology outlining capital expenditures involved in commercializing the technology with cost and profit involved.
  • Frost & Sullivan also conducted an exhaustive search for potential partners for commercializing the technology and shortlisted the top 5 best fit companies that met the Client’s requirements based on a criteria-based decision making tool.
  • Frost & Sullivan also authored a material collateral for the technology for attracting potential partners.
  • Frost & Sullivan facilitated initial discussions with potential partners for technology licensing.

Outcome and Business Impact

Frost & Sullivan delivered a detailed report that outlined the technical and financial aspects of the project. The client leveraged our analysis and has commenced the process for commercializing the technology and has a licensing agreement with one of the potential partners identified.

Landscape Assessment of Chemicals for Water Treatment

The Challenge

The Client: A Global Speciality Chemicals Company

The Client is considering to venture into the water treatment chemicals market. They sought to understand the market landscape along with key players to help them decide on the niche application areas within the water chemicals sector.

Project Objectives

  • Scouting for technologies that will have the potential to disrupt the value and/or applications of the F&B industry in long term (7 years and above).
  • Identify early stage innovations related to the disruptive technologies identified and assess their impact in the F&B industry in long term.

Our Approach and Work

  • F & S developed a value chain of the F&B industry and identified key application areas across the value chain.
  • Exhaustive technology scouting exercise was carried out to find disruptive technologies, within the industry and also other industries such as healthcare, manufacturing, automation etc. that can impact the future of F&B industry. Each identified technology was assessed on their transformation potential of the industry and a shortlist of 15 high impact technologies identified.
  • F&S identified more than 90 key disruptive innovations across the shortlisted technology area and the intensity of impact of each innovation was evaluated using a criteria based evaluation matrix to arrive into a shortlist of high impact innovations.
  • Criteria used for evaluation included year of impact, adoption potential, application impact, commercialization potential etc.

Outcome and Business Impact

  • Frost & Sullivan assessed and prioritized technologies and niche applications sectors that will be of potential interest to the Client.
  • The Client plans to use our recommendations for strategic planning towards new business ventures in chemicals for water treatment.

A Major Petrochemicals Company in Asia-Pacific

Assessment of New Plastics Opportunities in Oil & Gas Pipelines Industry

The Challenge

The petrochemicals division of a major conglomerate in Thailand wanted to evaluate the opportunity for plastics in oil and gas pipelines. A detailed assessment of unmet needs from a pipeline material perspective was needed to help identify industry requirements from different stakeholders in the value chain.

Project Objectives

  • A detailed assessment of unmet needs of materials used at present in oil and gas pipeline networks.
  • Competitive assessment of pipeline material providers based on an understanding of product specifications and features to be analyzed across the value chain.
  • Evaluate specific product features required for new application segments within the gas transportation pipeline network including high-pressure pipelines.
  • Analyze the opportunities of plastics in pipelines based on the desired product features.

Our Approach and Work

  • Frost & Sullivan performed a value chain analysis of the global oil and gas pipeline network by conducting interviews with key stakeholders.
  • The unmet needs and R&D trends specific to materials used in gas transport pipelines were identified
  • A material portfolio analysis was conducted based on key property requirements of plastic resins for use in pipe extrusion, internal and external pipe coatings and reinforced composite pipes
  • A final prioritization of new market and product opportunities was done using decision-making tool leveraging inputs related to market potential, R&D focus and industry requirements

Outcome and Business Impact

Frost & Sullivan delivered a detailed report with a broad classification of opportunities for plastic in segments namely, gas distribution pipelines, coatings for large diameter transmission, flow lines and reinforced plastic composites. The identified key feature requirements of plastic grades for penetration into each of these opportunities were grouped into sub-segments and the most attractive sub-segment was assessed based on various factors including existing material regulations, safety standards, market size, global adoption potential, and R&D intensity. Recommendations were given for potential new grades of plastic resins that can be developed for use in gas transport pipelines. The research was done by Frost & Sullivan and leveraged by the client for aligning their R&D pipeline.

Global Market Assessment of Carbon Fibers Technology

The Client: A leading Materials business conglomerate in USA with a broad portfolio of technologies and products covering fibers, roofing and insulation.

The Challenge

  • The client wanted to assess the global carbon fibers technology scenario and identify the overall market trends, value chain and the major stakeholders of the industry and potential new entrants in the industry.
  • The client was keen to understand the cost mark-up across the value chain as well as the feasibility of low-cost carbon fibers

Project Objectives

  • Identify the trends in the global carbon fibers market and the detailed cost analysis of the industry .
  • Assess the low cost carbon fibers market and the hybrid glass carbon fibers in terms of its technology readiness level, key innovations, feasibility.

Our Approach and Work

  • Frost & Sullivan conducted a detailed technology due-diligence study of the carbon fibers technology based on discussion with companies, universities and research institutes from the industry. Primary research was done across the entire value chain of the industry to get a clear sense of the value chain analysis and cost mark-up across the value chain.
  • The timeframe of low-cost carbon fibers becoming a reality was assessed. The main factors that are responsible for the high cost of carbon fibers and the approaches of various industry stakeholders to overcome the challenge was analysed and its commercial feasiblity assessed in detail.

Outcome and Business Impact

  • Frost & Sullivan presented a detailed analysis of the carbon fiber sector in terms of the key application sectors, production process, cost analysis, disruptive innovations, patent landscape, market potential, low cost carbon fibers, and hybrid carbon fibers.
  • Strategic recommendations delivered by Frost & Sullivan provided the basis for client to validate their interest to invest in carbon fibers technology. The client has commercialized a hybrid carbon material for the construction industry based on our recommendations.

The TechVision group offers a suite of strategic services ranging from a continuous flow of forward-looking intelligence on emerging technologies and new age innovations, interactivity with technology and industry experts, bespoke strategy consulting on technology investments, roadmaps, IP landscapes, and executive workshops for innovation and R&D leadership teams. These services empower its users with ideas and strategies to leverage disruptive technologies and innovations to drive transformational growth of their organizations.

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