Water Recycling and Reuse Market Size, Share, Growth, And Industry Analysis, By Type Physical Treatment Technology, Chemical Treatment Technology, Biological Treatment Technology, By Application Agrochemical, Industrial, Others, Regional Forecast To 2031

Updated On: 15 April 2024

Water Recycling and Reuse Market Report Overview

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The global water recycling and reuse market size is expected to grow from USD 24440 million in 2022 to USD 68251.25 million by 2031 at a CAGR of 12.1% from 2022 to 2031.

The market for water reuse and recycling entails the collection and wastewater treatment before its subsequent reuse for different uses. A few examples of this are industrial operations, irrigation, and even potable (drinking) water. Population expansion, urbanization, and the growing shortage of fresh water are some of the factors driving the industry. The requirement for water recycling and reuse technologies grows along with the scarcity of water resources and the rise in water demand. Government policies that encourage recycling and water conservation are also supportive of the industry. To conserve water resources, lessen the release of pollutants to the environment, and contribute to cost and energy savings, water recycling, and reuse are regarded to be crucial components of sustainable water management. The market offers a comprehensive selection of water treatment, purification, and distribution system technologies, tools, and services.

Insufficient water supplies to meet a population's needs are referred to as water shortage. Population expansion, climate change, and excessive water resource extraction are only a few of the causes of this. There is a high demand for water and a constrained supply in areas with a scarcity of freshwater or where droughts are frequent. Existing water resources are strained as a result, and it becomes more and more important to locate other water sources. Reusing and recycling water is an efficient way to conserve water in areas with limited water supplies. It is possible to lessen the need for freshwater and increase the lifespan of the available water resources by reusing and recycling wastewater. Reusing and recycling water can also lessen the number of contaminants released into the environment. Government policies and incentives are frequently implemented in areas where water shortage is a problem to promote water conservation and recycling. This may entail requiring the use of recycled water in specific industries, providing incentives for individuals and businesses to utilize recycled water, and constructing the infrastructure for water recycling and reuse. Worldwide, water scarcity is on the rise, making water reuse and recycling an increasingly crucial strategy for preserving water supplies and adjusting to climate change.

Effects of COVID-19 and the Russia-Ukraine Conflict on the Market for Water Recycling and Reuse

The COVID-19 pandemic as well as the ongoing conflict between Russia and Ukraine have had a huge effect on the world economy and various industries, including the market for water recycling and reuse. Due to the epidemic, the market for many services and goods related to water recycling and reuse—has decreased significantly. Businesses in the market for water reuse and recycling have had to deal with issues such as supply chain disruptions, declining demand, and trouble getting funding. The Russia-Ukraine War has caused trade and investment disruptions, making it challenging for businesses in the water recycling and reuse market share to conduct business in the area. The war also caused infrastructural damage, which made it challenging to offer services for water recycling and reuse. Sanctions imposed on Russia and Ukraine by other nations, which could restrict access to specific technologies and equipment, could potentially have an impact on the market.

A change in priorities has also resulted from the epidemic, with wellness and sanitation now taking precedence. This might increase demand for water recycling and reuse technologies in some industries, including healthcare, hospitality, and food service. However, the pandemic has also caused a drop in construction activity, which could reduce the need for water recycling and reuse in the construction industry. The market for water recycling and reuse has faced uncertainties and difficulties as a result of the epidemic and the Russia-Ukraine War, but it's also likely that the market will gain from the increased attention the pandemic has brought to sanitation and cleanliness.

Latest Trends

"Membrane technologies' widespread use and adaptability in the market for the reuse and recycling of water"

The market for reusing and recycling water has seen an increase in the usage of membrane technologies like reverse osmosis, microfiltration, and ultrafiltration. These methods purify water of pollutants and prepare it for reuse using a semipermeable membrane. These technologies are well-liked because they are successful in purifying water of pollutants. Reverse osmosis employs a membrane with incredibly small pores to remove dissolved salts, ions, and other impurities, while microfiltration employs a membrane with tiny pores to remove particles and microorganisms. Ultrafiltration employs a membrane with even smaller pores to remove particles, bacteria, and viruses. This has led to a range of uses for these technologies, including industrial processes, irrigation, and even the creation of drinkable water. To clean water and prepare it for reuse, they are used in conjunction with other treatment techniques. These technologies are a crucial component of water conservation and recycling because of their adaptability to a variety of water recycling and reuse applications.

A further reason for the expanding use of these technologies is the growing water shortage and the requirement for sustainable water management. These technologies are an appropriate way to conserve water resources and lessen the release of pollutants into the environment since they are effective at eliminating contaminants from water. These technologies are a good choice for both individuals and businesses because they are also affordable and energy-efficient.

Water Recycling and Reuse Market Segmentation

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• By Type Analysis

According to type, the market can be segmented into Physical Treatment Technology, Chemical Treatment Technology, Biological Treatment Technology.

• By Application Analysis

Based on application, the market can be divided into Agrochemical, Industrial, Others.

Driving Factors

"Reduced Pollution and Resource Conservation Due to Water Recycling and Reuse"

Reusing and recycling water contributes to a reduction in pollution discharge into the environment, a key concern for many governments and organizations. Pollutants released into the air and water can harm both the environment and human health by contaminating soil and water supplies, destroying ecosystems, and spreading illness. By processing wastewater and making it appropriate for reuse rather than discharging it into the environment, water recycling and reuse can aid in reducing the discharge of contaminants. As a result, there may be less demand for new water sources and more water resources can be conserved.

Additionally, a lot of water treatment facilities utilize a lot of energy, water, and chemicals to purify the water, which can also harm the ecosystem. These facilities also discharge effluent into the environment. By recycling and reusing water, these facilities can have a smaller negative impact on the environment and use less energy, water, and chemicals to clean the water. Water recycling and reuse are also being viewed as crucial tools for climate adaptation as concern over the negative environmental effects of climate change grows. Water recycling and reuse can help conserve water resources and lessen reliance on freshwater supplies as water scarcity and droughts grow more common. Reducing pollution discharge into the environment, conserving water resources, and lessening the environmental effect of water treatment facilities are all benefits of water recycling and reuse, which is a major market driver.

"Reduced treatment and transportation costs are achieved by water recycling and reuse"

Water reuse and recycling can save costs in a variety of ways. Reducing the requirement for water treatment and discharge is one of the primary methods. Reusing and recycling water avoids the need for pricey water treatment procedures and lowers disposal costs. This is so that recycled and reused water doesn't require additional treatment as it has previously been treated. Reusing and recycling water can also cut costs by lowering the energy expenditures involved in pumping and moving water. The need to pump and carry water from far-off sources is eliminated when water is recycled and reused. This can cut energy expenses dramatically and lower carbon emissions. Additionally, recycling and reusing water can save expenses for industries and enterprises that utilize huge amounts of water. These sectors and companies can lower their reliance on freshwater resources and save money by recycling and reusing water. In conclusion, cost savings are a key element influencing the water recycling and reuse market growth since they can reduce expenses associated with water treatment and discharge as well as energy costs related to pumping and transporting water. Reduced reliance on freshwater resources also enables industries and enterprises to minimize costs.

Restraining Factors

"Lack of standards and regulations for water recycling and reuse may limit market expansion"

A lack of guidelines and standards for water reuse and recycling can limit market expansion because it can be confusing for firms and consumers to understand what is expected of them. To ensure that recycled water is safe for its intended use, clear laws and standards are available to offer businesses and consumers advice on how to recycle and reuse water. Without these laws and standards, it may be challenging for organizations and people to follow the correct procedures, which might undermine confidence in the technology and reduce demand. Additionally, customers may find it challenging to trust the quality and security of recycled water due to a lack of norms and laws.

Customers can be confident that recycled water complies with a particular quality and safety criteria when there are clear laws and standards in place, which can boost their trust in the technology and drive demand. Additionally, a lack of standards and regulations may result in the inconsistent quality of recycled water, which may undermine consumer confidence in the technology and cause demand to decline. In conclusion, the absence of rules and standards for water recycling and reuse might limit market expansion since it can be challenging for firms and individuals to understand what is expected of them and for consumers to have confidence in the quality and safety of recycled water. To maintain consistency in recovered water quality and boost technology confidence, clear laws and standards are crucial. This will stimulate demand for water recycling and reuse solutions.

Water Recycling and Reuse Market Regional Insights

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"North America to Dominate the Sector during the Forecast Period "

At the moment, North America dominates the market for reusing and recycling water. The market share held by the region is sizable, and it is anticipated that throughout the projection period, it would expand quickly. This can be ascribed to a variety of things, including the existence of several water recycling and reuse solution providers, the high adoption of modern technology, and the rising awareness and attention on sustainability. The government in the United States is gradually requiring the use of recycled water in specific industries, like power generating and irrigation, which is fueling the expansion of the industry there. Additionally, the region's expanding urbanisation and population are straining its limited water supplies, which is prompting a rise in the use of water recycling and reuse techniques.

Key Industry Players

"Leading Companies in the Water Recycling and Reuse Market Adopt Strategies to Increase Demand"

Leading businesses in the water recycling and reuse sector, such Phoenix Sourcewater Inc., CatalySystems, Water Recycle Systems, Nexus Water, and Hitachi Ltd., are putting diverse tactics into practise to boost demand for their goods and services. These include expanding their product portfolio to serve a wider range of clients and applications, entering into strategic partnerships and collaborations to increase their reach, emphasising their commitment to sustainability and environmental concerns to appeal to environmentally conscious clients, and investing in research and development to create new and innovative solutions. These tactics are intended to boost customer demand for these businesses' goods and services and provide them a market advantage.

List of Market Players Profiled

• Phoenix Sourcewater Inc.
• CatalySystems
• Water Recycle Systems
• Nexus Water
• Hitachi Ltd.
• Rivergreen Water Recycle LLC
• AquaDesigns
• Reclaim Equipment Company
• Hyflux
• Melbourne Water

Report Coverage

An overview of the global market for water recycling and reuse is provided in this study. analyses of the developments in the global market, including historical market revenue data from 2017 to 2021, predictions for 2022, and CAGR estimates through 2028. The primary water recyclers and reusers are investigated in this paper, along with the revenue of important regions and nations. Highlights of the prospective market potential for water recycling and reuse, as well as important regions and nations of attention for segmenting this market. For the United States, Canada, Mexico, Brazil, China, Japan, South Korea, Southeast Asia, India, Germany, the United Kingdom, Italy, the Middle East, Africa, and Other Countries, there are data and market value analyses that are country-specific.