Top Technologies in Environment and Sustainability, 2017

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Rapid industrialization and the increasing population have impacted availability of natural resources and resulted in complex environmental issues globally. As a result, technological innovations to improve environmental protection have become crucial.

This Top Technologies in Environment and Sustainability report focuses on the technologies from E&S sector which will impact multiple industries, applications, and regions. Technologies were chosen after weighing the importance of these issues carefully. The selection of the technologies is made using TechVision’s proprietary selection process and methodology. Criteria like funding, the market potential of the technology, regional adoption, the technology’s disruptiveness, megatrend impact and patenting activity, were considered while assessing each technology.

The study offers in-depth strategic analysis of 10 important technologies including Precision Agriculture, Off Grid Desalination, Wastewater Membrane Filtration, Wastewater Nutrient Recovery, Zero Liquid Discharge, Micro Irrigation, Waste to Energy, Advanced Oxidation Processes, Produced Water Remediation and Carbon Capture, Utilization and Storage.

Table of Contents

1.0 Executive Summary1.1 Top 50 Technologies for 2017 – Selection Methodology1.2 Top Technologies in Environment and Sustainability1.3 Key Trends in Environment and Sustainability Cluster 20171.4 Environment and Sustainability—Key Findings1.4 Environment and Sustainability—Key Findings (continued)2.0 Carbon Capture Utilization and Storage 2.1 Innovations are Gradually Disrupting the CCUS Industry2.2 Highest Patent Activity is Observed in the NA Region2.3 The Highest Impact Is on the Environment and Climate, Energy and Utilities, and Oil & Gas Sectors 2.4 Companies to watch3.0 Off-grid Desalination3.1 Off-grid Desalination Is Expected to Have Huge Impact on the Future Infrastructure Development3.2 Highest Patent Activity is Observed in the NA Region3.3 Highest Impact Is on the Environment and Climate, Energy and Utilities, and Agriculture and Food Sectors 3.4 Companies to Watch4.0 Precision Agriculture4.1 Precision Agriculture Primarily Contributes to Reducing Energy Costs and Improving the Agriculture Infrastructure4.2 Governments Worldwide Provide Funding for Precision Agriculture and USA leads in the number of Patents Filed4.3 Digitizing the Farming Industry Using Precision Agricultural Technologies Increases Crop Yield Per Hectare 4.4 Companies to Watch5.0 Wastewater Nutrient Recovery5.1 Transformation of Wastewater Nutrients into Efficient Feedstocks Creates a Stable Market for Fertilizers Globally 5.2 Governments Worldwide Provide Funding for Wastewater Nutrient Recovery and USA leads in the number of Patents Filed5.3 Transformation of Wastewater Nutrients into Efficient Feedstocks Creates a Stable Market for Fertilizers Globally 5.4 Companies to Watch6.0 Advanced Oxidation Processes 6.1 Advanced Oxidation Processes Eliminate Micropollutants and Heavy Metals from Wastewater6.2 Funding for AOPs is Very Limited and US Leads in the Number of Patents Filed6.3 Advanced Oxidation Processes Mainly Impact Agriculture and the Environment Sector6.4 Companies to Watch7.0 Waste-to-Energy 7.1 Waste to Energy Simultaneously Reduces Waste in Landfills and also Generates Sustainable Energy7.2 The Government of UK has been Instrumental in Providing Funding for WTE Plants and US Leads in the Number of Patents Filed7.3 WTE Technology Mainly Impacts Agriculture, Environment, Energy, and Transportation Sectors7.4 Companies to Watch8.0 Micro Irrigation8.1 Micro Irrigation Accelerates Agricultural Growth by Increasing Crop Intensity and Water Savings8.2 Governments Worldwide Provide Funding for Micro Irrigation and US Leads in the Number of Patents Filed8.3 Micro Irrigation Mainly Impacts Agriculture and the Environment Sector8.4 Companies to Watch9.0 Zero Liquid Discharge9.1 Zero Liquid Discharge Technologies Check Effluent Discharge and Encourage Water Reuse 9.2 Stringent Regulations for Water Discharge across Various Countries Are Drivers for the Increased Innovations in ZLD Systems 9.3 Zero Liquid Discharge Mainly Impacts Agriculture and Environment Sector, and also Increases Sustainability in Water Reuse9.4 Companies to Watch10.0 Wastewater Membrane Filtration 10.1 Membrane Filtration Reduces Micropollutants and Particulate Material from Wastewater 10.2 US Leads in the Number of Patents Filed in the Field of Wastewater Membrane Filtration10.3 Wastewater Membrane Filtration Mainly Impacts Agriculture, Environment, and Energy Sectors10.4 Companies to Watch11.0 Produced Water Remediation11.1 Regulations And The Growth In Shale Market Can Boost Adoption Of Produced Water Treatment11.2 Funding From Environmental Bodies Are Major Drivers Of The Production Water Treatment Market11.3 Treating Produced Water can Help Prevent Contamination Issues11.4 Companies to watchLegal Disclaimer12.0 The Frost & Sullivan Story12.1 The Frost & Sullivan Story12.2 Value Proposition: Future of Your Company & Career12.3 Global Perspective12.4 Industry Convergence12.5 360º Research Perspective12.6 Implementation Excellence12.7 Our Blue Ocean Strategy




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