水処理薬品の世界市場：成長機会

世界的な水処理・廃水処理に関する規制強化に伴い、薬品を使用した水処理インフラへの投資が増加し、水処理薬品の需要を促進しています。水の保全と再利用、水域に排出される有害水質物質の大幅な削減、廃水からの栄養回復による農業利用などのメリットが、政府や業界の関係者に薬品による水処理インフラへの投資を促しています。このような傾向は、市場の成長にもつながっています。

当レポートでは、世界の水処理薬品市場について調査分析し、戦略的必須要因、成長の促進要因、抑制要因、地域別成長機会分析等に関する情報を提供しています。

目次

戦略的必須要因

• 成長がますます困難になるのはなぜか？
• 戦略的必須要因 8（TM）
• 世界の水処理薬品に対する上位3つの戦略的必須要因の影響
• 成長機会がGrowth Pipeline Engine (TM)を促進

成長機会分析

• 分析の範囲
• セグメンテーション
• 地理的範囲
• 主要な成長指標
• バリューチェーン-水処理薬品
• バリューチェーン分析
• 成長の促進要因
• 成長の促進要因分析
• 成長の抑制要因
• 成長の抑制要因分析
• 売上・数量の予測
• 売上・数量の予測分析
• 数量予測：地域別
• 売上予測：地域別
• 市場動向分析：地域別
• 数量予測：薬品タイプ別
• 売上予測：薬品タイプ別
• 数量と売上の予測分析：薬品タイプ別
• 数量予測：最終用途産業別
• 売上予測：最終用途産業別
• 数量と売上の予測分析：最終用途産業別
• 数量予測：水タイプ別
• 売上予測：水タイプ別
• 主要な薬品タイプ別体積比率-水（使用前）および廃水（使用後）
• 主要な薬品タイプ別体積比率分析-水（使用前）および廃水（使用後）
• 価格動向と予測
• 価格予測分析
• 競合環境
• 市場シェア
• 使用前の水および使用後の水処理
• ケーススタディ：主な利点としてリン除去のための薬品開発
• 国連持続可能な開発目標（SDGs）と世界の水処理薬品市場
• 主要な水処理薬品の概要：薬品タイプ別
• デジタルトランスフォーメーションの役割：持続可能性、コスト削減、および運用効率のための薬品物質ベースの水処理プロセスの最適化
• 予測の前提条件
• マクロ経済要因の影響分析：2022年のロシアによるウクライナへの軍事行動とその水処理薬品への影響
• ケーススタディ：完全に持続可能なソリューションを達成することを目的とした薬品の開発

成長機会分析-南北アメリカ

• 水処理薬品-南北アメリカ：セグメントの特徴と概要
• 主要な成長指標
• 売上と数量の予測
• 数量予測：薬品タイプ別
• 売上予測：薬品タイプ別
• 数量と売上の予測分析：薬品タイプ別
• 価格動向と予測：薬品タイプ別
• 価格予測分析：薬品タイプ別
• 数量予測：サブ地域別
• 売上予測：サブ地域別
• 数量と売上の予測分析：サブ地域別
• 数量予測：最終用途別
• 売上予測：最終用途別
• 数量と売上予測分析：最終用途別
• 数量予測：水タイプ別
• 売上予測：水タイプ別
• 数量と売上の予測分析：水タイプ別

成長機会分析-欧州

成長機会分析-アジア太平洋

成長機会分析-中東、アフリカ、南アフリカ

成長機会ユニバース

• 成長機会1：薬品物質とデジタルプラットフォームを組み合わせて、廃水処理の安全性向上
• 成長機会2：持続可能な社会の実現と気候変動緩和のための水処理薬品の開発
• 成長機会3：廃水汚泥からの貴重な栄養素の回収

次のステップ

Innovation Culture of Sustainability and Circular Economy will be Prominent in Companies'™ Technology Strategies

With the rise in regulatory stringency in water & wastewater treatment and disposal at a global level, chemical-based water treatment infrastructure investments are rising, fuelling demand for water treatment chemicals. The study covers the consumption of these chemicals in municipal and industrial end-use sectors. Water-intensive industries, such as energy, food & beverage, chemicals & petrochemicals, metals & mining, pulp & paper, textiles, and tanneries, drive the demand for these chemicals in the industrial sector. The municipal and industrial end-use sectors are also growing steadily, driven by a rising global population and a simultaneous growth of the key end-use industries, which will significantly fuel market growth over the next 7 years.

Benefits, such as water conservation and reuse, a significant reduction in harmful water pollutants discharged into water bodies, and nutrient recovery from wastewater for agricultural use, encourage governments and industry stakeholders to invest in chemical-based water treatment infrastructure. This trend is translating into market growth.

Coagulants, flocculants, activated carbon, pH conditioners, disinfectants & biocides, scale & corrosion inhibitors, antifoams, and others comprising chelating agents, fluoridation chemicals, and ion exchange resins, are the chemical types covered in the market study. The treatment type is bifurcated per pre-use (for process and drinking water) or post-use water (wastewater). Regional volume consumption and regional revenue estimates are discussed for two end-use industries (municipal and industrial) and each chemical and water type. Market shares for the leading water treatment chemical manufacturers have been discussed at the global level.

The water treatment chemicals market is challenged by the need for innovative chemistries from end users that meet new, unmet needs of customers, along with providing sustainable solutions and products that facilitate the reuse of water.

The development of new, high-performance, and innovative chemistries and other factors will contribute to higher prices, thereby revenue growth. In addition, there is rising popularity of chemical-based mobile water treatment services, installation of zero liquid discharge and minimal liquid discharge infrastructures, and an increasing need for potable water of an adequate quality that will contribute to market growth.

The above requirements necessitate increasing volumes of water treatment chemicals and will contribute to their demand growth in the next 7 years.

Table of Contents

Strategic Imperatives

• Why is it Increasingly Difficult to Grow?
• The Strategic Imperative 8™
• The Impact of the Top 3 Strategic Imperatives on Global Water Treatment Chemicals
• Growth Opportunities Fuel the Growth Pipeline Engine™

Growth Opportunity Analysis

• Scope of Analysis
• Segmentation
• Geographic Scope
• Key Growth Metrics
• Value Chain-Water Treatment Chemicals
• Value Chain Analysis
• Growth Drivers
• Growth Driver Analysis
• Growth Driver Analysis (continued)
• Growth Driver Analysis (continued)
• Growth Driver Analysis (continued)
• Growth Driver Analysis (continued)
• Growth Restraints
• Growth Restraint Analysis
• Growth Restraint Analysis (continued)
• Revenue and Volume Forecast
• Volume and Revenue Forecast Analysis
• Volume Forecast by Region
• Revenue Forecast by Region
• Market Trend Analysis by Region
• Volume Forecast by Chemical Type
• Revenue Forecast by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Volume Forecast by End-use Industry
• Revenue Forecast by End-use Industry
• Volume and Revenue Forecast Analysis by End-use Industry
• Volume Forecast by Water Type
• Revenue Forecast by Water Type
• Percent Volume by Key Chemical Type-Water (Pre-use) and Wastewater (Post-use)
• Percent Volume Analysis by Key Chemical Type-Water (Pre-use) and Wastewater (Post-use)
• Pricing Trends and Forecast
• Pricing Trends and Forecast (continued)
• Pricing Forecast Analysis
• Competitive Environment
• Market Share
• Pre-use Water (Process and Drinking Water) and Post-use Water (Wastewater) Treatment
• Case Study: Development of Chemistries for Phosphorus Removal as a Primary Benefit
• United Nations Sustainability Development Goals (SDGs) and the Global Water Treatment Chemicals Market
• Overview of Key Water Treatment Chemistries by Chemical Type
• The Role of Digital Transformation: Process Optimization of Chemical-Based Water Treatment for Sustainability, Cost Savings, and Operational Efficiency
• Forecast Assumptions
• Macroeconomic Factor Impact Analysis: 2022 Russo-Ukrainian War and Its Impacts on Water Treatment Chemicals
• Macroeconomic Factor Impact Analysis: 2022 Russo-Ukrainian War and Its Impacts on Water Treatment Chemicals (continued)
• Case Study: Development of Chemistries Aimed at Achieving Completely Sustainable Solutions

Growth Opportunity Analysis-Americas

• Water Treatment Chemicals-Americas: Segment Characteristics and Overview
• Key Growth Metrics
• Revenue and Volume Forecast
• Volume Forecast by Chemical Type
• Revenue Forecast by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Pricing Trends and Forecast by Chemical Type
• Pricing Forecast Analysis by Chemical Type
• Volume Forecast by Sub-region
• Revenue Forecast by Sub-region
• Percent Volume and Revenue Forecast Analysis by Sub-region
• Percent Volume and Revenue Forecast Analysis by Sub-region (continued)
• Volume Forecast by End-use
• Revenue Forecast by End-use
• Volume and Revenue Forecast Analysis by End-use
• Volume Forecast by Water Type
• Revenue Forecast by Water Type
• Volume and Revenue Forecast Analysis by Water Type

Growth Opportunity Analysis-Europe

• Water Treatment Chemicals-Europe: Segment Characteristics and Overview
• Key Growth Metrics
• Revenue and Volume Forecast
• Volume Forecast by Chemical Type
• Revenue Forecast by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Pricing Trends and Forecast by Chemical Type
• Pricing Forecast Analysis by Chemical Type
• Volume Forecast by Sub-region
• Revenue Forecast by Sub-region
• Volume and Revenue Forecast Analysis by Sub-region
• Volume Forecast by End Use
• Revenue Forecast by End Use
• Volume and Revenue Forecast Analysis by End Use
• Volume Forecast by Water Type
• Revenue Forecast by Water Type
• Volume and Revenue Forecast Analysis by Water Type

Growth Opportunity Analysis-Asia-Pacific

• Water Treatment Chemicals-Asia-Pacific: Segment Characteristics and Overview
• Key Growth Metrics
• Revenue and Volume Forecast
• Volume Forecast by Chemical Type
• Revenue Forecast by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Pricing Trends and Forecast by Chemical Type
• Pricing Forecast Analysis by Chemical Type
• Volume Forecast by Sub-region
• Revenue Forecast by Sub-region
• Volume and Revenue Forecast Analysis by Sub-region
• Volume and Revenue Forecast Analysis by Sub-region (continued)
• Volume Forecast by End Use
• Revenue Forecast by End Use
• Volume and Revenue Forecast Analysis by End Use
• Volume Forecast by Water Type
• Revenue Forecast by Water Type
• Volume and Volume Forecast Analysis by Water Type

Growth Opportunity Analysis-MEASA

• Water Treatment Chemicals-MEASA: Segment Characteristics and Overview
• Key Growth Metrics
• Revenue and Volume Forecast
• Volume Forecast by Chemical Type
• Revenue Forecast by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type
• Volume and Revenue Forecast Analysis by Chemical Type (continued)
• Pricing Trends and Forecast by Chemical Type
• Pricing Forecast Analysis by Chemical Type
• Volume Forecast by Sub-region
• Revenue Forecast by Sub-region
• Volume and Revenue Forecast Analysis by Sub-region
• Volume Forecast by End Use
• Revenue Forecast by End Use
• Volume and Revenue Forecast Analysis by End Use
• Volume Forecast by Water Type
• Revenue Forecast by Water Type
• Volume and Volume Forecast Analysis by Water Type

Growth Opportunity Universe

• Growth Opportunity 1: Pairing Chemistries with Digital Platforms to Augment Effluent Disposal Safety
• Growth Opportunity 1: Pairing Chemistries with Digital Platforms to Augment Effluent Disposal Safety (continued)
• Growth Opportunity 2: Developing Water Treatment Chemicals for Sustainability and Mitigation of Rate of Climate Change
• Growth Opportunity 2: Developing Water Treatment Chemicals for Sustainability and Mitigation of Rate of Climate Change (continued)
• Growth Opportunity 3: Recovery of Valuable Nutrients from Wastewater Sludge
• Growth Opportunity 3: Recovery of Valuable Nutrients from Wastewater Sludge (continued)

Next Steps

• Your Next Steps
• Why Frost, Why Now?
• List of Abbreviations
• List of Exhibits
• List of Exhibits (continued)
• List of Exhibits (continued)
• List of Exhibits (continued)
• Legal Disclaimer