Industrial Water Treatment Chemicals Market, Global, 2024–2030
Innovative Digital Platforms as Disruptive Technologies are Driving Operational Efficiency
With the rising need for chemical-based water treatment for effective industrial process water and environmental management, the need for water treatment chemicals is on the rise, with chemical-based methods playing a vital role in key processes of coagulation, flocculation, filtration, pH adjustment, disinfection, microbe control, scale and corrosion inhibition, antifoaming, and impurity removal operations. The growth of key end-use industries and their rising awareness of sustainable water treatment and their rising targets for treated water quality to achieve sustainability goals and changing regulatory requirements will be the main impacting factors for the global water treatment chemicals market for industrial applications until 2030.
This study segments the global industrial water treatment chemicals market by key chemical type, end-use industry, and treated water type. End-use industries include power generation, oil and gas, pulp and paper, chemicals, food and beverage, pharmaceuticals, mining, and other end-use sectors comprising metals and metallurgy, textiles, leather tanning, and all other processing, services, and manufacturing industries combined. Coagulants, flocculants, activated carbon, pH conditioners, disinfectants and biocides, scale and corrosion inhibitors, antifoams, and other chemical types (ion exchange resins and chelating agents combined) are the types of industrial water treatment chemicals covered in this study. Growth of the end-use industries covered in the study will cumulatively contribute to demand growth for water treatment, thereby contributing to the demand growth for industrial water treatment chemicals.
For each chemistry type, regional volume consumption and regional revenue estimates are discussed, along with revenue and volume estimates by end-use industry application. The report examines market shares for the top industrial water treatment chemical manufacturers at the global level.
Growth Environment: Transformation in Industrial Water Treatment Chemicals
Why is it Increasingly Difficult to Grow?
The Strategic Imperative 8™
The Impact of the Top 3 Strategic Imperatives on the Industrial Water Treatment Chemicals Industry
Growth Environment: Ecosystem in Industrial Water Treatment Chemicals
Scope of Analysis
Segmentation
Overview of Main Water Treatment Chemistries by Chemical Type
Pre-use Water (Process and Raw Water) and Post-use Water (Wastewater) Treatment
Distribution Channels: Scenarios Outlining Industrial Water Treatment Chemicals Consumers
Growth Environment: Companies to Action (C2A), Industrial Water Treatment Chemicals
Competitive Environment
Key Competitors
Growth Opportunity Analysis: Growth Generator
Market Characteristics and Overview
Growth Metrics
Growth Drivers
Growth Driver Analysis
Growth Restraints
Growth Restraint Analysis
Forecast Considerations
Revenue and Volume Forecast
Revenue Forecast by End-use Industry
Table Industrial Water Treatment Chemicals: Revenue Forecast by Industry Vertical, Global, 2020-2030
Volume Forecast by End-use Industry
Table Industrial Water Treatment Chemicals: Volume Forecast by Industry Vertical, Global, 2020-2030
Revenue Forecast by Chemical Type
Table Industrial Water Treatment Chemicals: Revenue Forecast by Chemical Type, Global, 2020-2030
Volume Forecast by Chemical Type
Table Industrial Water Treatment Chemicals: Volume Forecast by Chemical Type, Global, 2020-2030
Revenue Forecast by Region
Table Industrial Water Treatment Chemicals: Revenue Forecast by Region, 2020-2030
Volume Forecast by Region
Table Industrial Water Treatment Chemicals: Volume Forecast by Region, 2020-2030
Percent Volume by Treated Water Type, 2023 and 2030
Revenue and Volume Forecast Analysis
Average Price Forecast
Pricing Trends and Forecast Analysis
Revenue Share
Revenue Share Analysis
United Nations SDGs and the Global Industrial Water Treatment Chemicals Market
Case Study: Development of Chemistries with Phosphorus Removal as a Primary Benefit
The Role of Digital Transformation: Process Optimization of Chemical-based Water Treatment for Sustainability, Economy, and Operational Efficiency