Global Wastewater Treatment Market Trends and Forecast 2018-2024: Coagulants, Flocculants, Corrosion Inhibitors, Biocides, and Antifoaming Agents
Dublin, Nov. 20, 2020 (GLOBE NEWSWIRE) -- The "Wastewater Treatment: Coagulants, Flocculants, Corrosion Inhibitors, Biocides, and Antifoaming Agents" report has been added to ResearchAndMarkets.com's offering.
The report includes:
A brief study and industry analysis of the global market for wastewater treatment with special emphasis on the coagulants, flocculants, corrosion inhibitors, biocides, and antifoaming agents
Analyses of global market trends with data from 2018 and 2019, and projections of compound annual growth rates (CAGRs) through 2024
Discussion of the current market size, emerging trends and market forecast, technological advancements, and R&D efforts within the global wastewater treatment marketplace
Identification of companies best-positioned to meet the demand for demand/supply of wastewater treatment equipment, chemicals and services owing to their proprietary technologies, mergers and acquisitions, strategic alliances or other demographic shifts taken place within the industry
Insight into the industry structure covering major market participants and their market share analysis, pricing trends, and other macro-economic factors influencing the demand
A look at the stringent regulatory norms and updates imposed by the government for discharge and disposal of wastewaters and their treatment processes
Patent analysis covering significant patent allotments and filings of patent applications
Profile description of the market leading companies, including Buckman Laboratories, Ecolab, Kemira OYJ, Solenis, Suez S.A., and The Dow Chemical Co.
Market Highlights
The global wastewater treatment chemicals and equipment market is driven by three major P's, including population, pollution and policies. Increasing population augments basic consumables for daily life including food, water, electricity and fuel. Along with a significant rise in manufacturing bases shifting from developed nations to resource-rich emerging economies, the consumer markets are set to increasingly consume water as one of the process requirements in manufacturing operations.
A wide range of technology and operational metrics results in deployment of semi or automated equipment as an integral part of manufacturing output. This effect of an increase in population is set to boost opportunities for the manufacturing industry to bring in pollution as solid or liquid waste. With pollution being on the rise, it is imperative for government and regulatory authorities to impose stringent regulations to control the damage on the environment and its side effects on day-to-day life.
With these three P's aligned in a circular form, wastewater treatment as an industry has a crucial role to play in normalizing the effect of environmental hazards. The wastewater treatment industry takes into consideration the treatment of industrial and municipal waste in effective techniques involving removal of harmful particulate and restoring the balance.
Primary products used in the wastewater treatment industry include chemicals and equipment to process wastewater, along with the select chemicals designated to perform individualistic tasks across operations. Major chemical groups used in wastewater treatment facilities include aluminum sulfate, poly aluminum chloride, ferric and ferrous sulfate, and ferric chloride, to name a few.
On the other hand, wastewater treatment equipment is used to remove contaminants that are present in the water through mechanical or chemical processes to make it more suitable for reuse or discharge. Wastewater treatment equipment is designed based on various factors, including type of wastewater, pH values, particulate size, odour and others, and thereby implemented for specific factors such as reuse into the system, hygiene and/or disposal.
Key components in the equipment used for wastewater treatment facilities includes membranes, filters, pumps, valves, tanks and automation systems, among others, which work in sync to deliver results.
The global wastewater treatment market is expected to witness medium growth over the forecast period on account of global economic development activities and a short-term slump across the manufacturing industry and its subsectors. The market is anticipated to follow a similar growth pattern of global GDP rates, wherein key established markets would have an adverse impact in the short term, offset by developing and emerging economies in APAC.
The growing environmental concerns, along with the need to comply with stringent government regulations concerning wastewater treatment, are anticipated to propel the product demand. Most of the wastewater treatment facilities are becoming technology-driven and the field level i/o metrics are captured in real time to effectively manage cost and downtime thereby increasing ROI. Governing authorities in various countries are funding the R&D efforts for wastewater treatment-related areas such as new formulations or technology development, which are expected to fuel the market growth over the forecast period.
Key Topics Covered
Chapter 1 Introduction
Study Goals and Objectives
Reasons for Doing This Study
Scope of Report
Information Sources
Methodology
Geographic Breakdown
Chapter 2 Executive Summary
Chapter 3 Market Overview
Introduction
Market Potential
Value Chain Analysis
Regulatory Framework
Notable Regulatory Bodies and Compliance Guidelines in the U.S.
Porter's Five Forces Analysis
Bargaining Power of Buyers: HIGH
Bargaining Power of Suppliers: HIGH
Threat of Substitutes: MODERATE
Threat of New Entrants: LOW
Competitive Rivalry: HIGH
Growth Indicators and Key Supporting Factors
Industry Growth Drivers
Regulatory Compliance
Increasing Adoption of Automation Technologies
Climate Change and Circular Economy for Water
Increasing R&D Investments
Growing Need for Drinking Water and Wastewater Treatment
Retrofit Opportunity with Existing Customer Base
Increasing Crude Oil and Shale Gas Processing Capabilities
Growth of Apparel Manufacturing Activities
Growth of the Food and Beverage Industry
Industry Growth Restraints
Increasing OPEX
Increasing Environmental Concerns
PESTEL Analysis
Political
Economic
Social
Technological
Environmental
Legal
Insights into the Application of Wastewater Treatment
Chapter 4 Global Market for Wastewater Treatment by Major Segment
Chapter 5 Global Market for Wastewater Treatment by Type of Chemical
Coagulants
Flocculants
Scale and Corrosion Inhibitors
Biocides
Antifoaming Agents
Other Chemicals
Chapter 6 Global Market for Wastewater Treatment Equipment and Services
Membrane Separation
Biological
Disinfection
Sludge Treatment
Others
Membrane Separation
Biological
Disinfection
Sludge Treatment
Other Types of Wastewater Equipment and Services
Chapter 7 Global Market for Wastewater Treatment: End-User Industry Trends
Chapter 8 Global Market for Wastewater Treatment by Region
North America
United States
Europe
United Kingdom
Germany
Asia-Pacific
India
China
Rest of the World
Chapter 9 Industry Structure and Competitive Landscape
Introduction
Industry Participants in the Chemical Segment
Raw Material Suppliers
Wastewater Treatment Chemical Manufacturers
Distributors and Traders
Regulatory Bodies and Associations
End Users
Industry Participants in the Equipment Segment
Raw Material Suppliers
Wastewater Treatment Equipment Manufacturers
Distributors and Traders
Regulatory Bodies and Associations
End Users
Competitive Landscape
Mergers and Acquisitions
Joint Ventures
Innovations
Other Key Market Strategies
Chapter 10 Company Profiles
Bauminas Quimica S/A
Buckman Laboratories
Dorf Ketal
Ecolab
Feralco Group
Geo Specialty Chemicals Inc.
Hydrite Chemical Co.
Ixom
Kemira Oyj
Kurita Water Industries Ltd.
MCC Chemicals Inc.
SNF Floerger
Solenis
Suez SA
The Dow Chemical Co.
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