Global Detergent Grade Enzymes Market: By Type (Protease, Amylase, Lipase and Cellulase), By Application and By Region; Historical Production and Consumption (2014-2018); Production and Consumption Forecast (2019-2024); Global Detergent Market Outlook; Regional Detergent Grade Detergent Grade Enzymes Price Trends; Trade Analysis; Competitive Landscape; Consumer Analysis


Global Detergent Grade Enzymes Market Report Key Insights:

  • Enzyme Types – Protease, Amylase, Cellulase, Lipase, Others
  • Market Performance & Price Analysis 2018
  • Market Analysis & Outlook 2019-2024
  • Trade Data Analysis
  • Demand by Application
  • Demand by Region
  • Price Trend Analysis
  • Capacity Addition & Plant Turnarounds
  • Capacity Addition & Plant Turnarounds


Global Detergent Grade Enzymes Market Outlook

The global enzymes market attained a volume of more than 908 kilo metric tons in 2018 owing to robust demand. In 2017, Europe and USA stood as largest consumers of enzymes. Increased use in paper and pulp, detergent, leather and textile industries supplemented the growth of the global enzymes market. Greater demand for quality healthcare, greater awareness towards improved quality of food and rising population with changing dietary requirements are further expected to drive the growth of the global enzymes market. The global enzymes market is expected to witness a CAGR of 6.6% annually during the forecasted period of 2019 to 2024, particularly in economies such as India, China, Indonesia and Malaysia.


Global Detergent Grade Enzymes Market Report and Forecast 2019-2024

The global enzymes market is expected to grow in the years to come owing to increase in enzyme applications in food and beverage, detergent, breweries and pharmaceutical industries. The Asia Pacific region alone is anticipated to grow at a CAGR of around 10% between 2019 and 2024 due to growth in the pharmaceutical and food & beverage sectors, and greater availability of raw material for biofuel production. Further, policies by governments of Italy, U.S.A, Germany, Sweden, Austria and France, seeking to encourage biodiesel production, are expected to boost demand over the next few years.

Enzymes Market: Applications

Enzymes being biocatalysts that accelerate biochemical reactions, are commonly used in the following sectors:

  • Medical
  • Food and beverage
  • Agriculture
  • Detergent
  • Starch processing
  • Animal feed
  • Paper and pulp
  • Gas and oil
  • Biofuel
  • Molecular biology
  • Textiles
  • Chemical engineering
  • Brewing and tanning

In the medical field, enzymes are used for treating many types of chronic conditions and digestive disorders. Advancements in the field of pharmaceuticals and biotechnology such as protein engineering have broadened the scope of use of enzymes which has aided the global enzymes market growth.

Carbohydrase, Protease, Amylase, Lipase, Polymerase, Nuclease and Cellulase are popular examples.

This report analyzes the global enzymes market by application, industry and its type across North America, Europe, LATAM, Asia Pacific, Middle East and Africa along with an in-depth price analysis and regional outlook on detergent grades. Additional insights on global detergent market are also offered in the report.

By Region:

By Industry:

Industrial enzymes display superior features such as removal of stains and function in low temperatures which makes them ideal for use in detergents. While the carbohydrase market is expected to see significant growth due to breakthroughs in enzyme engineering, inadequacies of carbohydrases in uncontrolled pH and temperatures may hinder growth. Proteases are experiencing an increased use in nations such as Brazil, China and India in chemical, pharmaceutical and detergent sectors. Greater awareness towards nutrition is also anticipated to drive demand for enzymes. Applications in yoghurt, cake and cheese manufacturing along with increasing biodiesel production in Indonesia and Malaysia, supplemented by greater availability of raw materials would drive growth of Lipases market.

The food & beverage sector is anticipated to show the fastest growth due to increase in consumers’ disposable income and nutritional requirements. Over the coming years, the industry is expected to witness growth spurred by greater use in production of sugar, dairy, and processing of meat. The pharmaceutical sector would also see increased applications of enzymes in the treatment of chronic illnesses such as cancer and AIDS. Digestive and nutritional enzymes are expected to witness significant growth as well.

Competitive Landscape

  • In June 2018, Archer Daniels Midland Company and DuPont Industrial Biosciences collaborated to develop, produce and market cellulose enzymes for grain-based ethanol plant operators.
  • In December 2017, Grundfos and Novozymes entered into an open innovation collaboration to seek new solutions to global water challenges. 

The report presents detailed analysis of the following key players covering their capacities, market share and latest turn of events such as mergers and acquisitions, capacity expansions and plant turnarounds in the global enzymes market:

  • Novozymes Inc.
  • DSM Nederland B.V.
  • DuPont Co.
  • Archer Daniels Midland Company
  • Amano Enzymes
  • AB Enzymes GmbH

EMR’s comprehensive report also offers additional insights on value chain analysis, manufacturing process, trade data analysis and cost breakdown and margin.

1    Preface
2    Research Methodology
3    Executive Summary

    3.1    Global Enzymes Market Overview
    3.2    Global Enzymes Market Key Demand Drivers
    3.3    Top Global Enzymes Suppliers
    3.4    Global Enzymes Supply Market Changes
4    Global Enzymes Market Outlook
    4.1    Protease
    4.2    Amylase
    4.3    Lipase
    4.4    Cellulase
5    Global Enzymes Market 
    5.1    Global Enzymes Market Analysis
        5.1.1    Chart: Global Enzymes Demand by Type
            5.1.1.1    Protease
            5.1.1.2    Amylase
            5.1.1.3    Lipase
            5.1.1.4    Cellulase
        5.1.2    Chart: Global Enzymes Demand by Application
            5.1.2.1    By Industry
            5.1.2.2    By Application
            5.1.2.3    By Types of Cleaning Product 
        5.1.3    Figure: Global Enzymes Historical Consumption (2014-2018) & Consumption Forecast (2019-2024)
            5.1.3.1    Protease
            5.1.3.2    Amylase
            5.1.3.3    Lipase
            5.1.3.4    Cellulase
        5.1.4    Figure: Global Enzymes Historical Production (2014-2018) & Production Forecast (2019-2024) 
            5.1.4.1    Protease
            5.1.4.2    Amylase
            5.1.4.3    Lipase
            5.1.4.4    Cellulase
        5.1.5    Figure: Regional Enzymes Historical Consumption (2014-2018) & Consumption Forecast (2019-2024)
            5.1.5.1    North America
            5.1.5.2    Europe
            5.1.5.3    Asia Pacific
            5.1.5.4    LATAM
            5.1.5.5    Middle East & Africa
        5.1.6    Figure: Regional Enzymes Historical Production (2014-2018) & Production Forecast (2019-2024)
            5.1.6.1    North America
            5.1.6.2    Europe
            5.1.6.3    Asia Pacific
            5.1.6.4    LATAM
            5.1.6.5    Middle East & Africa
        5.2    Global Enzymes SWOT Analysis
            5.2.1    Overview
            5.2.2    Strengths
            5.2.3    Weaknesses 
            5.2.4    Opportunities
            5.2.5    Threats
    5.3    Enzymes Value Chain Analysis
    5.4    Enzymes Porter’s Five Forces Analysis

        5.4.1    Overview
        5.4.2    Buyer’s Power
        5.4.3    Supplier’s power
        5.4.4    New Entrants
        5.4.5    Degree of Rivalry
        5.4.6    Substitutes
    5.5    Global (HS Code-3507) Trade Analysis (2018) 
        5.5.1    Major Exporting Countries by Value & Volume
        5.5.2    Major Importing Countries by Value & Volume
    5.6    Regional Detergent-Grade Enzymes Price Analysis
        5.6.1    North America
            5.6.1.1    Protease Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.1.2    Amylase Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.1.3    Cellulase Historical Price Trends 2014-2018 & Forecast (2019-2024)
        5.6.2    Europe
            5.6.2.1    Protease Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.2.2    Amylase Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.2.3    Cellulase Historical Price Trends (2014-2018) & Forecast (2019-2024)
        5.6.3    Asia Pacific
            5.6.3.1    Protease Historical Price Trends (2014-2018) & Forecast 2019-2024
            5.6.3.2    Amylase Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.3.3    Cellulase Historical Price Trends (2014-2018) & Forecast (2019-2024)
        5.6.4    LATAM
            5.6.4.1    Protease Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.4.2    Amylase Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.4.3    Cellulase Historical Price Trends (2014-2018) & Forecast (2019-2024)
        5.6.5    Middle East & Africa
            5.6.5.1    Protease Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.5.2    Amylase Historical Price Trends (2014-2018) & Forecast (2019-2024)
            5.6.5.3    Cellulase Historical Price Trends (2014-2018) & Forecast (2019-2024)
6    Global Detergent Market Outlook
7    Global Detergent Market

    7.1    Global Detergent Market Analysis 
        7.1.1    Chart: Global Detergent Market by Type
            7.1.1.1    Enzymatic
            7.1.1.2    Non-Enzymatic
        7.1.2    Chart: Global Detergent Market by form
            7.1.2.1    Powder
            7.1.2.2    Bar
            7.1.2.3    Liquid
        7.1.3    Figure: Global Detergents Historical Demand (2014-2018) & Demand Forecast (2019-2024). 
            7.1.3.1    Enzymatic
            7.1.3.2    Non-Enzymatic
        7.1.4    Figure: Global Detergents Historical Supply (2014-2018) & Supply Forecast (2019-2024). 
            7.1.4.1    Enzymatic
            7.1.4.2    Non-Enzymatic
        7.1.5    Chart: Global Detergents Consumption by Region
            7.1.5.1    North America
            7.1.5.1.1    Powder
            7.1.5.1.2    Bar
            7.1.5.1.3    Liquid
        7.1.5.2    Europe
            7.1.5.2.1    Powder
            7.1.5.2.2    Bar
            7.1.5.2.3    Liquid
        7.1.5.3    Asia Pacific
            7.1.5.3.1    Powder
            7.1.5.3.2    Bar
            7.1.5.3.3    Liquid
8    Competitive Landscape and Supplier Analysis
    8.1    Novozymes Inc.
    8.2    DSM Nederland B.V.
    8.3    DuPont Co.
    8.4    Archer Daniels Midland Company
    8.5    Amano Enzymes
    8.6    AB Enzymes GmbH
9    Consumer Analysis
    9.1    Church & Dwight Co. Inc.
    9.2    Procter & Gamble
    9.3    Henkel AG & Co. KGaA
    9.4    Amway Corporation
    9.5    Unilever PLC
    9.6    Kao Corporation
    9.7    Nice Group Co., Ltd.
    9.8    Fena Pvt. Ltd.
    9.9    Vidisha Group
10    Events and Developments
11    Additional customization available

    11.1    Manufacturing Process 
        11.1.1     Detailed Process Flow
        11.1.2     Operations Involved
        11.1.3      Mass Balance
    11.2    Cost Analysis
        11.2.1    Land, Location and Site Development
        11.2.2    Construction
        11.2.3    Plant Machinery
        11.2.4    Cost of Raw Material
        11.2.5    Packaging
        11.2.6    Transportation
        11.2.7     Utilities
        11.2.8    Manpower

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