Water Purifier Market Assessment, By Technology [Reverse Osmosis (RO), Ultraviolet (UV), Ultrafilters (UF), Hybrid, Others], By Type [Reverse Osmosis, Ultraviolet, Water Purifier Bottles, Others], By Type [Point-of-Use, Point-of-Entry], By Application [Re

Water Purifier Market Assessment, By Technology [Reverse Osmosis (RO), Ultraviolet (UV), Ultrafilters (UF), Hybrid, Others], By Type [Reverse Osmosis, Ultraviolet, Water Purifier Bottles, Others], By Type [Point-of-Use, Point-of-Entry], By Application [Residential, Commercial, and Industrial], By Distribution Channel [Direct Sales, Retail Stores, Online, Others], By Region, Opportunities, and Forecast, 2016-2030F

The global water purifier market has witnessed substantial expansion and change in past years due to the rising need for safe and clean drinking water worldwide. Increasing pollution raises urbanization and population growth raises concerns about water quality. Thus, the demand for efficient water filtration technologies has become critical. The global water purifier market growth rate is forecasted to be 11.82%, compounded annually from 2023 to 2030. Water purifiers are essential appliances in homes, workplaces, various industries, and enterprises worldwide since they are made to remove pollutants and contaminants from water sources.

The market has grown due to technological developments, rising waterborne disease awareness and government programs promoting water safety. The market is estimated to reach USD 84.11 billion by 2030 from USD 34.41 billion in 2022 owing to increasing manufacturing enterprises, marketing practices, raising hygiene concerns, and innovation in water purification products. This report explores the dynamic landscape of the water purifier market, examining key factors influencing its growth and potential prospects. The global water purifier market consists of various water purification technologies, including reverse osmosis (RO) purifiers, ultraviolet (UV) purifiers, gravity-based purifiers, activated carbon purifiers and many more.

According to the WHO, at least 2 billion people, globally, consume water infected with faeces. The biggest threat to the safety of drinking water is microbial contamination brought on by faecal contamination.

Growing Awareness

Growing awareness and the importance of safe and clean water for various reasons like drinking, cooking, bathing and others is the most crucial factor driving the global water purifier market. The developing world is witnessing high demand for water purifiers, especially in Asian and African regions. Consumption of untreated and contaminated water poses various health risks and concerns due to pollutants, chemicals, microorganisms, bacteria viruses, and more. Effective water purification techniques are essential to stop the spread of diseases and infections, as evidenced by the outbreaks of waterborne illnesses in numerous regions worldwide.

In the global water purifier market, various brands, NGOs, government bodies, healthcare institutions and others conduct campaigns to spread awareness regarding safe water for drinking purposes. To increase awareness of its line of Gracia alkaline water purifiers, which assist in restoring the alkalinity of water to pH 8+ and remove impurities and microbes that trigger disease, Havells India, a well-known manufacturer of consumer durables, announced a new advertising campaign with the slogan ""Sahi paani ka sign, Alkaline.""

“Miles From Water”, a campaign by AMA Water launched on International Water Day, helps people realize the long-distance people go who lack access to safe drinking water. The initiative dedicates all its income to creating clean-water projects in the semi-arid region of Brazil.

Rising Demand for Point-of-Use (PoU) Purifiers

The demand for point-of-use water purifiers intended for individual homes or small-scale applications has surged in the global water purifier market. These devices offered convenience and cost efficiency in areas with limited access to clean water. POU systems are commonly installed beneath the counter in modern and modular kitchens, primarily in Western countries, and wall-mounted purifiers in old-styled kitchens in developing and underdeveloped countries with a single water outlet. These water purifiers are more compact, lesser-capacity devices that will filter water at the ""point"" of usage. Although POU-filtered water can be delivered to several outlets, its modest volume (20-100 GPD) output makes it ideal for applications with little to no usage.

POU treatment technologies now include various combinations of activated carbon, modified carbon, ion exchange, redox media filters, reverse osmosis (RO) membranes, ultraviolet (UV) lamps, nanotechnology-based solutions, UV & UF treatment combinations and eco-friendly filtering options in the global water purifier market. As per WHO, 74% of the world's population used a safely managed drinking-water service in 2020, which was on-site, accessible when needed, and uncontaminated.

Increasing Industrial and Commercial Demand

Demand for water purifying systems is necessary, from hotels and restaurants to educational institutes, from office spaces to industrial processes. Constant consumer demand pushes the global water purifier market as water purifiers are used in various industries and commercial settings to meet stringent water quality standards and guarantee a secure water supply. Water purifiers are crucial for the food and beverage business to produce high-quality, safe, and contaminant-free goods.

For drug manufacturing operations, where even minuscule pollutants can impair the quality and efficacy of medications, the pharmaceutical sector needs ultrapure water. Reverse osmosis (RO) systems and deionization units are two examples of water purifiers used to create water that satisfies strict pharmaceutical-grade criteria.

Industrial water filters help eliminate impurities from water. Removing suspended particulates or creating filtered water are two procedures that use various water filters. Cartridge, Bag, Basket Filters, and Self-cleaning filters are widely used in multiple industries.

Typical industrial water treatment techniques include Softening, Nanofiltration, Filtration, Reverse osmosis, Ion exchange, and dealkalization.

Next Generation Technologies

Access to clean, safe water is of the utmost significance for the health of individuals and society. Even though water is one of the most plentiful resources on earth, less than 1% of it is deemed clean enough for human use, making drinking water scarcity one of the most troublesome situations the world is now dealing with. Water users must rely on new safe water sources, and cleantech developers are needed to implement previously untested treatment technologies. The global water purifier market is using cutting-edge filtration technologies like Reverse osmosis (RO), ultrafiltration (UF), nanofiltration (NF) and Ultraviolet (UV) that are being included in water purifiers. Higher purity water levels are made possible by these technologies, which effectively remove pollutants, germs, viruses, and other impurities.

IoT is also becoming popular in the global water purifier market as IoT-capable smart water purifiers are becoming increasingly common. These gadgets, through smartphone apps or other linked devices, allowed customers to remotely monitor the purifier's operation, filter life, and water quality.

Utilizing solar energy, Stil, a low-cost home gadget, has revolutionized turning contaminated water into safe drinking water.

Georgia Institute of Technology researchers have devised a method for disinfecting water with small electric shocks that use less energy, costs less, and has less of an adverse effect on the environment. The technology might run on batteries or connect to the electrical grid.

Government Regulation

Government initiatives, taken by many countries, are emerging as significant drivers for the global water purifier market. In India, the Department of Science and Technology (DST) has established a knowledge network dedicated to crafting tailored technological solutions for water challenges, aligning with the National Water Mission's objectives. It includes optimizing water use and enhancing efficiency by 20%. The DST engages in collaborative research, capacity training, and sustainable model creation, emphasizing the critical role of science and technology in addressing water concerns.

In North America, strict government concerns about public water quality have led to significant investments in world-class water treatment plants. Despite these efforts resulting in reliable tap water quality, they drive the usage of water purifiers as individuals seek an additional layer of assurance for their drinking water. The United States government has committed over USD 49 billion for domestic and global actions to ensure climate-resilient water and sanitation infrastructure. The substantial investment underscores the global importance of ensuring access to clean water. While these government initiatives may result in stagnant sales of water purifiers in certain regions, underlining a growing global emphasis on the importance of clean drinking water, positioning purifiers as crucial tools in ensuring water safety and quality.

In 2023, the United States government, in line with Bipartisan Infrastructure Law and Inflation Reduction Act, announced USD 71 million for water supply and treatment from Colorado River Basin. Although these positive efforts result in stagnant sales of water purifiers in these nations. However, in recent years, survey conducted by Guardian and Consumer Reports, found alarming level of potentially toxic PFAS chemicals like arsenic, lead, and other toxic chemicals. This has prompted the United States Environmental Protection Agency (EPA) to launch of awareness campaign like the Consumer Confidence Report (CCR), which would highlight assessment of drinking water quality, which has contributed to rising demand for water purifiers for residential and commercial use.

Impact of COVID-19

A significant impact of COVID-19 was felt on the global water purifier market due to disruptions in supply chains as lockdowns and restrictions imposed to contain the virus spread. Like any other industry, the global water purifier market suffered as production was halted and components were unavailable, due to the increased cost and price of water purifiers. Among the low-income groups, demand for water purifiers decreased as they focused more on necessities than expensive ones. Among the commercial and industrial enterprises, demand was low for a brief period, but once the global economy revived, the global water purifier market began to expand.

However, after the pandemic, demand for water purifiers surged among various sectors as people became more aware of safe and clean drinking water. Many technological advancements were also seen in the global water purifier market.

Key Players Landscape and Outlook

The global water purifier market is dominated by many players all over the globe, who offer a diverse range of water purifier products, technologies and solutions catering to both household and industrial & commercial needs. With rising awareness of water quality problems and the significance of safe drinking water, the global water purifier market outlook is positive. It was anticipated that additional innovation and industrial expansion would be fuelled by developments in water purification technology and rising R&D spending. Additionally, efficient water purification solutions are anticipated to remain a priority as the world confronts problems with water scarcity and pollution problems, resulting in continuous market expansion.

For instance, in November 2023, Primo Water Corporation (PRMW), a provider of sustainable drinking water solutions in North America and Europe announced agreement with Culligan International to acquire a significant portion of Primo Water's International businesses in an all-cash transaction valued at up to USD 575 million. Primo Water aims to liquidate its international business and focus on domestic region.

For instance, In Nov 2023, Midea Group Kitchen and Water Heater Appliances Business Division (Midea KWHA) unveiled its innovative Whole House Water Solutions at Aquatech Amsterdam 2023, held from November 6-9 in the Netherlands. Midea KWHA's presence at the leading global water trade show highlights the business division's commitment to providing comprehensive water treatment for residential water filtration and heating.

For instance, in September 2023, A.O. Smith acquired Water Tec of Tucson to expand its market in west coast of USA. Water Tec is a manufacturer and dealer of water treatment equipment for residential, commercial, institutional, and industrial use. Water Tec’s products are sold through their retail dealership located in Tucson, Arizona. A.O. Smith will leverage its manufacturing and distribution network to establish its presence in West Coast of USA.