Marché du traitement des eaux usées industrielles au Chili, en Turquie, aux Pays-Bas, en Espagne et au Royaume-Uni – Tendances et prévisions du secteur jusqu’en 2030

Analyse et perspectives du marché du traitement des eaux usées industrielles au Chili, en Turquie, aux Pays-Bas, en Espagne et au Royaume-Uni

Le traitement des eaux usées le plus approprié fait référence à la méthode ou à la combinaison de méthodes qui éliminent efficacement les contaminants et les polluants des eaux usées afin de répondre à des normes de qualité et à des exigences réglementaires spécifiques. Il implique une série de processus physiques, chimiques et biologiques conçus pour traiter les eaux usées et les rendre sûres pour leur élimination ou leur réutilisation, minimisant ainsi leur impact sur l'environnement et la santé publique.

L'augmentation des dépenses environnementales et la croissance du marché des produits chimiques devraient également propulser la croissance du marché. La prévalence des maladies chroniques augmente, ce qui nécessite une méthode intégrée de diagnostic, de traitement et une plus grande sensibilisation parmi les différents plans d'eau. Une vaste population souffre de maladies chroniques qui ont généré un fardeau important. Ce marché devrait croître au cours de la période de prévision en raison de l'augmentation du nombre d'acteurs du marché et de la présence d'appareils avancés de traitement des eaux usées. Parallèlement à cela, les fabricants sont engagés dans des activités de R&D pour lancer de nouveaux systèmes sur le marché. Les avancées technologiques accrues et l'augmentation des partenariats public-privé pour faciliter les nouveaux développements d'outils de diagnostic innovants et efficaces influencent davantage le marché. Cependant, les réactions indésirables à l'eau sur le marché et le manque de professionnels qualifiés devraient freiner la croissance du marché.

Data Bridge Market Research analyse que le marché du traitement des eaux usées industrielles du Chili, de la Turquie, des Pays-Bas, de l'Espagne et du Royaume-Uni devrait atteindre la valeur de 1 361,81 millions USD d'ici 2030, à un TCAC de 3,5 % au cours de la période de prévision. Le type représente le segment le plus important du marché en raison des avancées technologiques accrues et des besoins d'urgence croissants. Ce rapport de marché couvre également en profondeur l'analyse des prix, l'analyse des brevets et les avancées technologiques.

Market Definition

Wastewater treatment is the process of converting wastewater, the water that is no longer needed or suitable for use as per safety standards. The major aim of wastewater treatment is to remove as much of the suspended solids as possible before the remaining water, called effluent, is discharged back into the environment. As solid material decays, it uses oxygen, which the plants and animals in the water need. If wastewater is left untreated, then it will harm the environment and human health. These impacts can include harm to fish and wildlife populations, oxygen depletion, beach closures, infections and viral disorders and other restrictions on recreational water use, fish and shellfish harvesting, and contamination of drinking water.

Market Dynamics

This section deals with understanding the market drivers, opportunities, restraints, and challenges. All of this is discussed in detail as below:  

Drivers

• Growing Industrialization and Urbanization

Population growth, economic development, urbanization, and industrialization increase water use and garbage production. A higher volume of domestic and industrial wastewater is produced due to the growth of urban areas and the construction of industries, which puts more strain on wastewater treatment facilities. The need for an integrated approach to water management is highlighted by trends toward increased urbanization and industrialization. This entails fusing water supply, stormwater management, water-saving techniques, and wastewater treatment. Optimizing water resources, lowering pollution, and ensuring sustainable growth in urban and industrial areas can all be accomplished by implementing integrated water management techniques.

• Declining Freshwater Sources

Freshwater resources are crucial for the environment, the economy, and society. They are distributed very differently between and within nations. Water abstractions for industrial irrigation, public supply irrigation, and other purposes impact on both their availability and quality, power plant cooling procedures, domestic, industrial, and agricultural pollutant loads, and climatic and weather changes.

Freshwater sources are becoming less accessible, a major worldwide problem with far-reaching effects. Water scarcity can worsen by declining freshwater sources, especially in areas with a high population density, fast urbanization, and limited access to fresh water. Due to the lack of water, there is more competition for such resources among different industries, towns, and agricultural and industrial sectors. This competition can be lessened, and the stress on freshwater resources is reduced with the help of efficient wastewater management, which includes treating and reusing wastewater.

Opportunity

• Rising Adoption of Biological Wastewater Treatment Systems

Pharmaceuticals and personal care items could harm the environment and human health. Particularly, developing contaminants that interfere with biological treatment are frequently found in wastewater treatment plants. Compared to more sophisticated treatment technologies, the activated sludge process has a smaller initial investment and fewer operational requirements.

The Istanbul Metropolitan Municipality opened the biggest modern biological treatment facility in Turkey to handle 650,000 cubic meters of wastewater every day. Ekrem Mamolu, the Mayor of Istanbul, officially opened the plant, which would provide electricity to almost 2 million 600,000 people living in the Tuzla, Pendik, Kartal, and Maltepe districts. Pollutants in wastewater will be eliminated, recognitions to a newly constructed advanced biological treatment stage, protecting the environment, people's health, and the marine life of the Sea of Marmara.

Systems of biological sewage treatment conform to the rules of environmental sustainability. They clean wastewater using natural microbial processes, reducing the need for chemical additions or energy-intensive treatment techniques. Biological treatment systems offer versatility in treatment and energy optimization as they can run in anaerobic, aerobic, or anoxic settings. Resource conservation and circular economy strategies can benefit from using biomass produced during treatment, which can also be used to generate biogas or recover nutrients. Thus, the rising adoption of biological wastewater treatment systems is expected to create market growth opportunities.

Restraint

• High Installation and Operational Costs

Wastewater treatment systems must be installed and operated to ensure the effluent quality meets the established border values. Even in developing nations, the enormous expenses associated with the installation, upkeep, and operation of conventional treatment systems place strain on the economy and society. Personnel costs, maintenance costs, energy costs, chemical and material costs, disposal costs, and other costs for administration, insurance, discharge duty (if applicable), outside services, and others are all operation costs.

Thus, the higher cost of installation and operation of treatment plants is expected to restrain market growth.

Challenge

• Treatment Systems Operation and Maintenance

Effective performance, adherence to legal requirements, and infrastructure longevity all depend on wastewater treatment systems being operated and maintained effectively. It is crucial to routinely monitor essential parameters such as flow rates, influent, and effluent characteristics, dissolved oxygen levels, pH, and nutrient concentrations to evaluate the treatment system's effectiveness. Monitoring makes it possible to take corrective action when desirable operational conditions are violated quickly. In addition, routine testing of sludge properties and process efficiency indicators (such as sludge volume index and solids retention time) provide insights into the system's general health.

Operators must receive proper training and education to operate the wastewater treatment system well. Operators must be informed about the equipment, maintenance requirements, and treatment procedures. Operators are kept up to speed with the newest technology, laws, and best practices thanks to training programs and continuing professional development, which enables them to run and maintain the treatment system efficiently.

Thus, the treatment system's operation and maintenance are expected to challenge the market growth.

Recent Development

• In 2018, Chile established legislation governing graywater management and reuse, but it still requires approval from the health ministry (Minsal) before it can be implemented. The Santiago-Maipo Fund, the country's first water fund, is now collaborating with both public and private players to plan water management and conservation initiatives for the Metropolitan area.

Chile, Turkey, Netherlands, Spain, and U.K. Industrial Wastewater Treatment Market Scope

The Chile, Turkey, Netherlands, Spain, and U.K. industrial wastewater treatment market is segmented into type, installation, application, technology, and end use. The growth among segments helps you analyze niche pockets of growth and strategies to approach the market and determine your core application areas and the difference in your target markets.

Type

• Coagulants
• Flocculants
• Scale Inhibitors
• Biocides and Disinfectants
• Corrosion Inhibitors
• Membranes
• Defoamer
• Oxygen Scavengers
• Ion Exchange
• pH Neutralizer
• Others

On the basis of type, the market is segmented into coagulants, flocculants, scale inhibitors, biocides and disinfectants, corrosion inhibitors, membranes, defoamer, oxygen scavengers, ion exchange, pH neutralizer, and others.

Installation

• Point of Entry
• Point of Use

On the basis of installation, the market is segmented into point of entry and point of use.

Application

• Boiler Water
• Cooling Water
• Membrane Water

On the basis of application, the market is segmented into boiler water, cooling water, and membrane water.

Technology

• ZLQ
• Evaporation/Crystallization
• Reverse Osmosis
• Fractional Electride Ionization
• Others

On the basis of technology, the market is segmented into ZLQ, evaporation/crystallization, reverse osmosis, fractional electride ionization, and others.

End Use

• Power Generation
• Food Industry
• Beverage Industry
• Pharmaceutical Industry
• Iron and Steel Industry
• Automotive Industry
• Textile Mills
• Battery Manufacturing
• Chemical
• Agricultural Waste
• Mining
• Others

On the basis of end-use, the market is segmented into power generation, food industry, beverage industry, pharmaceutical industry, iron and steel industry, automotive industry, textile mills, battery manufacturing, chemical, agricultural waste, mining, and others.

Chile, Turkey, Netherlands, Spain, and U.K. Industrial Wastewater Treatment Market Regional Analysis/Insights

The Chile, Turkey, Netherlands, Spain, and U.K. industrial wastewater treatment market is analyzed, and market size information is provided by type, installation, application, technology, and end use.

The countries covered in this market report are Chile, Turkey, Netherlands, Spain, and U.K.

The country section of the report also provides individual market-impacting factors and changes in regulation in the market domestically that impact the current and future trends of the market. Data points such as new sales, replacement sales, country demographics, regulatory acts, and import-export tariffs are some of the major pointers used to forecast the market scenario for individual countries. Also, the presence and availability of global brands and their challenges faced due to large or scarce competition from local and domestic brands, and the impact of sales channels are considered while providing forecast analysis of the country data.

Competitive Landscape and Chile, Turkey, Netherlands, Spain, and U.K. Industrial Wastewater Treatment Market Share Analysis

The Chile, Turkey, Netherlands, Spain, and U.K. industrial wastewater treatment market competitive landscape provides details of competitors. Details included are company overview, company financials, revenue generated, market potential, investment in R&D, new market initiatives, production sites and facilities, company strengths and weaknesses, product launch, product trials pipelines, product approvals, patents, product width and breath, application dominance, technology lifeline curve. The above data points provided are only related to the company’s focus on the market.

Certains des principaux acteurs du marché opérant sur ce marché sont Thermax Limited, Lenntech BV, Accepta Water Treatment, MCC CHEMICALS, Dorfketal Chemicals (I) Pvt. Ltd, Geo Speciality Chemicals Inc, Kemira., Ecolab, SNF et Feralco AB, entre autres.

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