|
Forecast Period
|
2026-2030
|
|
Market Size (2024)
|
USD 19.71 Billion
|
|
Market Size (2030)
|
USD 25.00 Billion
|
|
CAGR (2025-2030)
|
3.89%
|
|
Fastest Growing Segment
|
Filtration Equipment
|
|
Largest Market
|
North-East
|
Market Overview
United States Secondary Water And Wastewater
Treatment Equipment Market was
valued at USD 19.71 Billion in 2024 and is expected to reach USD 25.00 Billion by
2030 with a CAGR of 3.89% during the forecast period.
The United
States Secondary Water and Wastewater Treatment Equipment market is undergoing
notable expansion, driven by a convergence of regulatory, technological, and
infrastructural factors. Increasing urbanization and industrial activities have
resulted in higher volumes of wastewater, thereby escalating the demand for
efficient treatment systems. Secondary treatment, which typically involves the
removal of dissolved and suspended biological matter, has become essential for
municipalities and industries aiming to meet environmental standards and avoid
penalties.
A major driver
for the market is the stringent environmental regulations enforced by federal
and state governments. Agencies mandate compliance with water discharge
standards, pushing utilities and private players to invest in robust secondary
treatment equipment. The Clean Water Act and subsequent amendments have
particularly emphasized the need for proper treatment of effluents before their
release into natural water bodies, reinforcing demand for secondary-level
treatment infrastructure.
Technological
advancements have further spurred market development. Modern secondary
treatment technologies such as activated sludge processes, membrane bioreactors
(MBRs), sequencing batch reactors (SBRs), and moving bed biofilm reactors
(MBBRs) offer superior efficiency in removing organic matter and nutrients.
These systems are now more compact, energy-efficient, and cost-effective,
making them suitable for a broader range of applications, including
retrofitting existing plants and building new facilities.
Infrastructure
modernization is another key growth enabler. Many of the country’s wastewater
treatment plants are decades old and require upgrades to meet current and
future water quality standards. Federal and state infrastructure funding
initiatives are supporting the refurbishment and replacement of aging systems
with advanced secondary treatment technologies, ensuring compliance and
sustainability.
Additionally,
growing public awareness regarding water conservation and the ecological impact
of untreated wastewater has prompted municipal authorities to prioritize
investments in wastewater management. This societal shift is translating into
long-term demand for reliable, high-performance secondary treatment solutions.
Key Market Drivers
Stringent Environmental
Regulations Encouraging Equipment Upgrades
One of the most significant
drivers of the secondary water and wastewater treatment equipment market in the
United States is the stringency of environmental regulations. The U.S.
Environmental Protection Agency (EPA), through acts such as the Clean Water
Act, mandates strict limitations on the discharge of pollutants into navigable
waters. This legal framework has accelerated investment in secondary treatment
systems, especially in municipal facilities.
As of 2023, the EPA
reported that over 16,000 publicly owned treatment works (POTWs) serve more
than 80% of the U.S. population. Many of these facilities are being required to upgrade their secondary
treatment technologies to comply with the National Pollutant Discharge
Elimination System (NPDES) permit program. According to a 2022 EPA report,
approximately 34% of wastewater facilities were operating close to or beyond
their capacity, necessitating immediate investments in advanced equipment.
In addition, state-level
agencies often impose even more rigorous standards. For instance, California’s
State Water Resources Control Board enforces nutrient discharge limits that
require extensive use of advanced secondary treatment like activated sludge and
sequencing batch reactors (SBRs). As states tighten nutrient and nitrogen
effluent limits, the demand for biological nutrient removal (BNR) systems—core
components of secondary treatment—continues to climb.
These regulatory pressures
are not limited to public utilities. Industrial wastewater generators must also
install secondary treatment equipment to meet compliance requirements. Failure
to comply can result in steep penalties. In 2023, industrial entities in the
U.S. paid over USD100 million in fines for Clean Water Act violations,
underscoring the financial motivation to invest in effective treatment systems.
Thus, compliance is not optional—it is a primary motivator for consistent
investment in the secondary treatment segment of the U.S. water industry.
Aging Infrastructure
Requiring Modernization
Aging water infrastructure
in the U.S. is a critical driver for the secondary treatment equipment market.
The American Society of Civil Engineers (ASCE) gave the nation’s wastewater
infrastructure a D+ grade in its 2021 Infrastructure Report Card, citing the
advanced age of treatment plants and the growing risk of system failures. Most
of the current wastewater treatment facilities were constructed between the
1950s and 1970s, making many systems more than 50 years old.
According to the U.S.
Congressional Budget Office, over USD270 billion is needed over the next 20
years to upgrade and replace wastewater infrastructure. A large share of this
investment is earmarked for secondary treatment equipment modernization,
including activated sludge systems, aeration basins, and clarifiers, which have
suffered from decades of wear and technological obsolescence.
The Bipartisan
Infrastructure Law, passed in 2021, allocated over USD50 billion to the U.S.
Environmental Protection Agency for water-related projects, with nearly USD12.7
billion designated for Clean Water State Revolving Fund (CWSRF) projects. This
funding is now fueling large-scale infrastructure modernization projects across
the country, prioritizing both municipal and industrial secondary treatment
facilities.
For example, cities like
Chicago, Philadelphia, and Los Angeles are initiating multi-year upgrades to
replace legacy equipment with energy-efficient, high-performance systems that
support nutrient removal and meet updated effluent standards. In 2023 alone,
New York State allocated over USD 100 million to secondary treatment retrofits
in five counties.
In addition, many older
facilities are transitioning from passive or primary treatment processes to
full-scale secondary systems to enhance removal of biochemical oxygen demand
(BOD) and suspended solids. This shift not only increases environmental performance
but also supports population growth and urbanization demands. Aging
infrastructure is not just a liability—it is now a catalyst for rapid
reinvestment in advanced secondary treatment technologies.
Urbanization and Rising
Municipal Wastewater Volume
Accelerating urbanization
across the United States is leading to increased municipal wastewater
generation, boosting demand for secondary treatment equipment. According to the
U.S. Census Bureau, over 83% of Americans now reside in urban areas, a figure expected
to rise further. This urban expansion places tremendous pressure on existing
sewage treatment facilities, many of which are already operating at
near-maximum capacity.
Each American generates
approximately 50–100 gallons of wastewater per day. In cities with populations
over 500,000, the daily wastewater volume can exceed 200 million gallons. Such
high volumes necessitate robust secondary treatment systems capable of removing
biochemical oxygen demand (BOD), suspended solids, and nutrients before
discharge.
Metropolitan areas like
Houston, Atlanta, and Phoenix are witnessing double-digit population growth
over the decade. As a result, municipalities are investing heavily in secondary
treatment technologies such as membrane bioreactors (MBRs), oxidation ditches,
and trickling filters to meet rising effluent load.
For example, in 2023, the
City of Denver launched a USD 325 million upgrade of its central wastewater
treatment plant, replacing outdated systems with advanced secondary processes
to support a 20% increase in wastewater flow by 2030.
In addition, public health
concerns and environmental justice are gaining visibility. Many underserved
urban communities lack reliable treatment infrastructure, leading to federal
and state support for projects in high-need areas. The EPA’s Environmental
Justice Program allocated over USD 100 million in 2023 to fund treatment
improvements in vulnerable urban zones.
Urbanization is a long-term
trend, and as more Americans move to densely populated regions, the pressure to
install and upgrade secondary water and wastewater treatment systems continues
to escalate. In this context, urban growth becomes a foundational driver for
technology adoption and infrastructure expansion in the sector.
Industrial Growth and
Compliance Requirements
Industrial activity in the
United States is a major contributor to wastewater generation, and its
expansion is directly fueling the demand for secondary treatment equipment.
Sectors such as food and beverage, chemicals, pharmaceuticals, and textiles
produce large volumes of high-strength wastewater that require rigorous
biological treatment before discharge.
According to the U.S.
Geological Survey (USGS), industrial users account for nearly 20% of total
freshwater withdrawals in the country. As sustainability and environmental
stewardship become top priorities, industries are being compelled to manage
their wastewater more effectively, often requiring secondary treatment systems
like activated sludge, sequencing batch reactors, or aerated lagoons.
The implementation of
strict industrial effluent discharge standards under the Clean Water Act has
forced companies to install on-site secondary treatment systems or upgrade
existing ones. In 2023, the EPA recorded over 1,200 enforcement actions related
to industrial discharge violations, highlighting the regulatory risk for
non-compliant firms.
Moreover, industries are
now embracing water reuse and zero-liquid discharge (ZLD) strategies. For
example, the semiconductor and beverage sectors are investing in secondary and
tertiary treatment facilities to recycle process water and reduce freshwater
dependence. PepsiCo, for instance, reported a 25% reduction in water usage
per unit of production in its U.S. plants in 2023, much of it achieved via
secondary treatment and reuse systems.
The Inflation Reduction Act
and state-level incentives are also encouraging sustainable wastewater
management in industry. California, Texas, and Ohio have introduced grants or
low-interest loans for industrial users investing in modern treatment equipment.
With increasing water
scarcity, industrial sustainability commitments, and compliance mandates,
secondary treatment is no longer an option—it is an operational requirement.
This trend continues to propel demand for sophisticated and energy-efficient
treatment solutions in the U.S. industrial sector.
Rising Demand for
Decentralized Wastewater Solutions
The need for decentralized
wastewater treatment is becoming increasingly prominent in rural and peri-urban
areas across the United States, driving demand for modular and scalable
secondary treatment equipment. According to the U.S. Department of Agriculture,
nearly 60 million Americans live in rural regions where centralized wastewater
infrastructure is often absent or economically infeasible.
These communities
increasingly rely on decentralized systems—compact treatment units that serve
schools, residential developments, or small towns. Secondary treatment is a
core component of these systems, typically involving technologies like extended
aeration, fixed-film reactors, or compact MBRs.
The EPA’s Decentralized
Wastewater Management Program supports local governments in implementing such
systems, especially where populations are too sparse for centralized networks. In
2023, the EPA and USDA awarded over USD 80 million in technical assistance
grants to expand decentralized treatment infrastructure in 38 states.
Additionally, the real
estate and commercial development boom in exurban areas is accelerating the
deployment of decentralized wastewater solutions. Developers are integrating
secondary treatment equipment into private or semi-public wastewater systems to
comply with local and state discharge regulations.
For instance, the
installation of package treatment plants with secondary treatment capabilities
has grown by more than 20% annually in rural counties of Texas, Florida, and
Pennsylvania. These systems are attractive for their low footprint, energy
efficiency, and quick deployment timelines.
Decentralized treatment
also plays a key role in disaster resilience and climate adaptation strategies.
As extreme weather events increase, localized systems are more resilient to
flooding and service disruptions than centralized infrastructure. FEMA’s climate
resilience funding has prioritized decentralized projects in flood-prone
regions, further accelerating demand.
The rise of decentralized
systems underscores the growing importance of flexible, modular secondary
treatment equipment to meet America’s diverse and evolving wastewater needs.
Download Free Sample Report
Key Market Challenges
High Capital and
Operational Costs
One of the most pressing
challenges in the United States Secondary Water and Wastewater Treatment
Equipment market is the high capital and operational expenditure required for
installation, operation, and maintenance. Advanced secondary treatment technologies,
such as membrane bioreactors (MBRs), activated sludge systems, and sequencing
batch reactors (SBRs), come with high initial costs. For municipal and
industrial operators with limited budgets, the financial burden can be a
significant barrier to adoption. The Environmental Protection Agency (EPA)
estimates that upgrading aging wastewater infrastructure across the U.S. would
require investments exceeding USD 270 billion over the next two decades.
Beyond initial costs,
operational expenditures also strain local governments and industries. These
systems often require constant monitoring, skilled labor, high energy
consumption, and regular replacement of parts such as membranes, pumps, and
aerators. For example, energy costs alone can constitute up to 30% of the total
operational budget for a typical secondary treatment plant. In smaller
municipalities, such financial commitments can delay modernization efforts,
resulting in continued reliance on outdated or less effective technologies.
Furthermore, uncertainty
around funding sources compounds the issue. While federal programs such as the
Clean Water State Revolving Fund (CWSRF) provide assistance, the allocation
process is competitive and not always sufficient to meet demand. Private operators
also face difficulties securing financing, especially if returns on investment
are long-term or uncertain. As a result, the high cost factor continues to
hinder the widespread implementation and upgrading of secondary treatment
infrastructure, especially in rural and economically disadvantaged regions.
Complex Regulatory
Compliance Requirements
Navigating the complex
regulatory landscape poses another significant challenge for stakeholders in
the U.S. secondary wastewater treatment equipment market. The Clean Water Act
(CWA), administered by the EPA, sets stringent standards for the quality of effluent
discharged into natural water bodies. However, compliance with these standards
involves extensive monitoring, reporting, and operational adjustments, which
can be particularly challenging for smaller facilities and industrial
operators.
In recent years, the EPA
has tightened its requirements for nutrient removal, specifically focusing on
nitrogen and phosphorus limits due to their impact on eutrophication in
freshwater and coastal environments. Meeting these limits often necessitates upgrades
to secondary treatment processes, such as the integration of advanced nutrient
removal technologies, which are complex and expensive to implement.
Additionally, regulations vary across states, adding another layer of
complexity for operators who manage multiple facilities or cross-state
operations.
Regulatory uncertainty also
poses challenges. Proposed updates or reinterpretations of water quality
standards, such as those related to emerging contaminants like PFAS (per- and
polyfluoroalkyl substances), force operators to prepare for significant investments
in unproven or developing technologies. This uncertainty affects budget
planning and investment decisions, especially when facilities risk falling out
of compliance with changing standards.
Moreover, the regulatory
burden disproportionately impacts small and mid-sized municipalities, which
often lack the technical staff or financial resources to keep pace with
evolving requirements. These facilities may struggle with documentation,
audits, and enforcement actions, risking fines or operational shutdowns. As a
result, complex and dynamic regulatory compliance remains a formidable barrier
to efficient market growth.
Skilled Labor Shortages and
Workforce Constraints
The United States secondary
water and wastewater treatment equipment market is increasingly constrained by
a shortage of skilled labor. Operating and maintaining secondary treatment
systems require specialized knowledge in biology, chemistry, mechanical systems,
and automation technologies. However, the sector faces an aging workforce and a
lack of new entrants, creating a gap that threatens operational continuity and
expansion.
According to the Water
Environment Federation (WEF), over 30% of the U.S. water sector workforce is
expected to retire within the next decade, particularly those in senior plant
operations and maintenance roles. This trend is exacerbated by limited vocational
training and declining enrollment in water-focused technical programs. As a
result, utilities are struggling to recruit and retain qualified personnel,
leading to increased reliance on outside contractors or under-trained staff.
The skills gap is
particularly evident in rural areas, where smaller utilities may lack the
resources to offer competitive salaries or benefits. In these regions,
treatment systems may operate below optimal efficiency due to improper handling
or delayed maintenance, ultimately affecting water quality outcomes.
In addition, the growing
complexity of secondary treatment systems demands ongoing upskilling and
training. Operators must not only understand traditional treatment processes
but also learn to manage automated systems, advanced sensors, and digital monitoring
platforms. The cost and time required for such training programs further strain
budgets, especially for smaller municipalities.
The labor shortage creates
operational vulnerabilities and limits the ability to expand or upgrade systems
effectively. Without a robust workforce pipeline, the secondary treatment
equipment market may struggle to meet rising demand and regulatory expectations.
Technological Integration
and Interoperability Issues
While advanced secondary
treatment equipment offers improved efficiency and environmental compliance,
the integration of these technologies into existing infrastructure presents
significant technical challenges. Many wastewater treatment facilities in the
U.S. operate on decades-old infrastructure, making it difficult to retrofit
modern systems without substantial redesign or structural upgrades.
The integration challenge
extends to digital technologies as well. Newer secondary treatment systems
often incorporate advanced sensors, process control software, and SCADA
(Supervisory Control and Data Acquisition) systems. However, older facilities
may lack the digital backbone necessary to support such integration.
Incompatibility between legacy and new systems can lead to data silos,
inefficient operations, and increased risk of malfunction.
Another aspect of
interoperability concerns equipment from different manufacturers. Secondary
treatment systems often involve components sourced from multiple vendors,
including blowers, aerators, pumps, and membranes. Ensuring these components
function seamlessly within a unified system requires meticulous engineering and
sometimes custom-built interfaces, increasing project complexity and cost.
Moreover, facility
operators must manage the cybersecurity risks that come with digitalization.
The U.S. Cybersecurity and Infrastructure Security Agency (CISA) has
highlighted water infrastructure as a critical vulnerability to cyberattacks,
particularly when digital control systems are inadequately protected.
Integrating new technologies without robust cybersecurity protocols could
expose facilities to operational disruptions.
These technological hurdles
delay modernization efforts and deter investment. Operators may be hesitant to
adopt advanced solutions due to the risk of integration failure or long
learning curves, ultimately slowing market adoption of next-generation secondary
treatment equipment.
Limited Public Awareness
and Stakeholder Engagement
A less visible yet
impactful challenge facing the U.S. secondary wastewater treatment equipment
market is the lack of public awareness and stakeholder engagement regarding the
importance of wastewater treatment infrastructure. Despite its essential role in
protecting public health and the environment, wastewater treatment often
receives limited attention from the general public and decision-makers until
crises occur.
This lack of awareness
impacts funding prioritization. Unlike transportation or energy projects,
wastewater treatment upgrades may not generate immediate political capital or
public support, resulting in underinvestment at the local and state levels. In many
cases, municipalities defer necessary upgrades or expansions of secondary
treatment facilities due to perceived low urgency or limited voter interest.
Public engagement is also
crucial for implementing rate increases or bond measures that fund
infrastructure improvements. Resistance from residents—often due to inadequate
understanding of the system's importance—can hinder financing efforts. A 2022
survey by the National Association of Clean Water Agencies (NACWA) indicated
that 40% of utilities faced significant public opposition to proposed rate
increases, despite clear needs for system upgrades.
Moreover, industries and
private stakeholders sometimes lack awareness of the long-term cost savings and
regulatory compliance benefits offered by modern secondary treatment systems.
Without targeted outreach or education campaigns, these entities may delay
investment in necessary upgrades.
Limited public and
stakeholder engagement not only constrains investment but also affects adoption
of innovative solutions and community-based water reuse initiatives. Bridging
the awareness gap through outreach, education, and transparent communication is
essential to unlock the full potential of the U.S. secondary wastewater
treatment equipment market.
Key Market Trends
Growing Demand for
Decentralized Treatment Solutions
Decentralized secondary
wastewater treatment systems are emerging as a strategic solution for
underserved and rapidly growing areas where extending centralized
infrastructure is cost-prohibitive. These systems offer flexibility, quicker
deployment, and the ability to scale based on demand. In the U.S.,
decentralized systems are being increasingly adopted in rural communities,
residential developments, resorts, and industrial parks. Their modular design
and lower capital investment make them appealing for small-scale applications.
Additionally, these systems reduce the load on centralized facilities and
provide treatment closer to the point of wastewater generation, which limits
the need for extensive piping networks. As municipalities grapple with infrastructure
aging and funding constraints, decentralized systems present a practical
alternative that aligns with local and environmental priorities. With
advancements in biological and membrane technologies, decentralized systems can
now match the performance of larger centralized plants, contributing to their
rising adoption.
Emphasis on Treated Water
Reuse and Resource Recovery
The U.S. is seeing
increasing focus on wastewater reuse, particularly in water-stressed states
such as California, Texas, and Arizona. Secondary treated effluent is now being
seen as a viable resource for non-potable reuse in agriculture, industrial cooling,
landscaping, and even aquifer recharge. This shift is pushing investment toward
secondary treatment technologies that can reliably produce high-quality
effluent suitable for these applications. Utilities are integrating advanced
filtration, disinfection, and nutrient removal units into their secondary
treatment trains to meet higher water quality standards. Additionally, the
concept of resource recovery—where nutrients like phosphorus and nitrogen are
extracted from wastewater—is gaining traction. This not only supports circular
economy goals but also helps reduce the environmental impact of wastewater
discharge. As water reuse programs expand nationwide, the demand for robust and
adaptable secondary treatment equipment is expected to rise steadily.
Shift Toward
Energy-Efficient and Low-Carbon Technologies
There is a growing push
within the U.S. wastewater sector to reduce greenhouse gas emissions and energy
consumption associated with treatment processes. Secondary
treatment—particularly aeration—is often the most energy-intensive stage of
wastewater management. This has led to increased interest in energy-efficient
solutions such as fine-bubble diffusers, advanced control systems, and
low-oxygen-demand biological processes. Facilities are exploring alternatives
like aerobic granular sludge and moving bed biofilm reactors (MBBRs) that can
offer energy savings without compromising performance. Additionally, wastewater
treatment plants are adopting energy recovery systems, such as biogas capture
and cogeneration, to offset electricity usage. The drive toward decarbonization
is encouraging municipalities and industries to evaluate the environmental
footprint of their treatment operations. In the coming years, sustainability
considerations will remain central to equipment selection and facility
upgrades, supporting broader environmental and regulatory goals.
Segmental Insights
Equipment Type Insights
Disinfection Equipment segment
dominates in the United States
Secondary Water And Wastewater Treatment Equipment market in 2024 due to its critical role in
public health protection and regulatory compliance. Disinfection is a mandatory
final step in secondary treatment, effectively neutralizing harmful pathogens,
viruses, and bacteria before the treated water is discharged into the
environment or reused. With increasing pressure from federal and state
environmental regulations, including the Clean Water Act and the Safe Drinking
Water Act, utilities and industrial facilities are required to maintain
stringent microbial standards, making disinfection equipment non-negotiable in
the treatment process.
Chlorination
systems, UV disinfection units, and ozone-based systems are widely deployed
depending on the application. UV disinfection, in particular, has gained
substantial momentum due to its chemical-free operation and effectiveness
against chlorine-resistant microorganisms such as Cryptosporidium and Giardia.
Municipal utilities are increasingly transitioning to UV systems to reduce
chemical usage and minimize harmful byproducts like trihalomethanes (THMs).
Meanwhile, ozone-based disinfection is being adopted in advanced facilities for
its high oxidation potential and dual benefit of odor and color removal.
Furthermore, the
growing demand for treated water reuse in agricultural, industrial, and
landscape irrigation sectors fuels the need for high-efficiency disinfection.
As reclaimed water must meet higher microbiological safety standards, the
implementation of advanced disinfection technologies becomes essential. In
industrial sectors, especially food and beverage and pharmaceuticals,
zero-contamination policies further drive demand for precision disinfection
systems.
The segment’s
growth is also reinforced by the integration of smart control systems, which
enable real-time monitoring and dosage adjustments, improving operational
efficiency. As the U.S. continues to invest in water infrastructure upgrades
and addresses challenges posed by aging systems, the disinfection equipment
segment remains a cornerstone of compliance, safety, and water reuse
initiatives, solidifying its dominant position in the market.
Application Insights
Municipal wastewater
Treatment segment dominates
in the United States Secondary Water And Wastewater Treatment Equipment market
in 2024 due to increasing urbanization, population growth, and aging
infrastructure. Cities are upgrading treatment facilities to meet stricter EPA
discharge regulations and address rising volumes of wastewater. Public demand
for safe, reliable water systems has driven substantial federal and state
investments in municipal utilities. Additionally, initiatives promoting water
reuse and sustainability have encouraged modernization efforts. These factors,
combined with growing concerns over environmental pollution and health safety,
position municipal applications as the leading segment in driving equipment
demand across secondary treatment operations.
Download Free Sample Report
Regional Insights
Largest Region
North-East dominated the United States Secondary
Water And Wastewater Treatment Equipment market in 2024 due to several
key factors. The region is characterized by a high population density and
significant urbanization, resulting in substantial volumes of municipal and
industrial wastewater requiring advanced treatment solutions. Major
metropolitan areas such as New York City, Boston, and Philadelphia are driving
demand for upgraded secondary treatment systems to comply with stringent
environmental regulations and improve water quality.
The North-East has been a
frontrunner in implementing rigorous state and federal wastewater discharge
standards. These regulations push municipalities and industries to invest
heavily in modern secondary treatment equipment, including biological treatment
units and disinfection technologies, to reduce pollutants and protect sensitive
water bodies like the Atlantic coastline and the Chesapeake Bay. Continuous
government funding and grants also support infrastructure upgrades,
accelerating market growth in the region.
Moreover, the North-East
hosts a concentration of wastewater technology manufacturers, engineering
firms, and research institutions that contribute to innovation and quick
adoption of state-of-the-art secondary treatment solutions. This ecosystem
facilitates faster project execution, technical expertise, and customization
according to local needs, further boosting the market.
In addition, aging water
infrastructure in many North-Eastern cities necessitates large-scale
rehabilitation and replacement projects. These projects demand new secondary
treatment equipment capable of handling increasing wastewater loads while
improving operational efficiency and minimizing environmental impact. Rising
awareness about water conservation, resource recovery, and sustainability among
consumers and policymakers drives investment in secondary treatment equipment
with enhanced energy efficiency and sludge reduction capabilities.
Emerging Region
South is the emerging region in the United States
Secondary Water And Wastewater Treatment Equipment market in the coming period due to rapid population
growth and urbanization in states like Texas, Florida, and Georgia. Increasing
industrial activities and expanding municipalities are driving demand for
advanced wastewater treatment solutions to meet stricter environmental regulations.
Significant investments in upgrading aging infrastructure, coupled with
favorable government policies and funding, are accelerating market expansion.
Additionally, climate challenges such as droughts and water scarcity heighten
the need for efficient water reuse and treatment technologies, positioning the
South as a fast-growing market in the coming period.
Recent Developments
- In February 2025, ONGC
appointed bp as the Technical Services Provider (TSP) for Mumbai High, India’s
largest offshore oil field. ONGC retains field ownership and operational
control, while bp will initially receive a fixed fee for two years, transitioning
to a performance-based fee tied to increased production. The collaboration aims
to reverse production decline and drive sustainable output growth through bp’s
technical expertise.
- In November 2024, Cairn Oil
& Gas, a subsidiary of Vedanta Group, became the first Indian oil and gas
producer to join the UN Environment Programme’s OGMP 2.0. By signing the MoU,
Cairn commits to enhanced methane reporting and emission reduction practices.
The move aligns with global sustainability goals and underscores Cairn’s
dedication to environmental stewardship and responsible energy production.
- During India Energy Week in
February 2025, bp signed an MoU with Engineers India Ltd (EIL) to explore
cooperation in oil, gas, and refining sectors. The partnership will leverage
EIL’s engineering capabilities to support bp’s global operations. The MoU reflects
both companies’ commitment to enhancing technical collaboration and fostering
innovation in energy infrastructure projects.
- In November 2024, Kent was
awarded a contract by BASF to provide engineering services for its gas
treatment initiatives in the UAE. Kent will support the development of Process
Design Packages (PDPs) within BASF’s OASE licensed technology. The scope includes
delivering optimized process designs, preparing detailed PDPs, and ensuring
full compliance with industry standards. Kent’s contributions will be critical
throughout both the define and execute phases, reinforcing its expertise in
complex energy sector engineering solutions.
- In January 2025, Gradiant
announced a strategic partnership with GF Piping Systems to enhance its
delivery of high-performance water and wastewater treatment solutions across
critical industries including semiconductors, pharmaceuticals, and critical minerals.
The alliance leverages Gradiant’s advanced treatment technologies with GF
Piping’s robust flow solutions, reinforcing Gradiant’s leadership in the global
water sector while enabling scalable, reliable, and efficient solutions to meet
the demands of increasingly complex industrial operations.
- In February 2025, Products
for Industry (PFi) introduced a world-first pure titanium cross-flow membrane
for wastewater treatment, offering improved uptime, environmental performance,
and yield. To enhance operational efficiency and ease of industrial integration,
PFi partnered with Rockwell Automation, utilizing the CompactLogix™ control
system and PanelView Plus™ terminal. This collaboration enables the delivery of
a repeatable, streamlined, and scalable wastewater treatment solution tailored
to modern industrial manufacturing environments.
- In May 2024, Schneider
Electric advanced its role in sustainable infrastructure by supporting India’s
Namami Gange initiative. Partnering with SUEZ, the company is delivering
advanced energy management and automation technologies for Delhi’s largest single-stage
wastewater treatment plant. As the primary provider of NextGen automation
solutions, Schneider Electric’s involvement underscores its commitment to
digitizing essential utilities and contributing to large-scale, environmentally
conscious water treatment initiatives aligned with government-led urban
development plans.
- In May 2025, India’s rapid urban expansion is driving a sharp rise in water demand
and wastewater production, making efficient sewage treatment crucial for public
health, regulatory compliance, and sustainable growth. Selecting the right
sewage treatment plant (STP) manufacturer is vital for project success. This
guide highlights key industry insights, evaluation criteria, and how SUSBIO is
pioneering innovative solutions, positioning itself as a leading partner for
delivering reliable and high-performance sewage treatment systems across India.
- In February 2024, The Energy and Resources Institute (TERI) has
partnered with Ion Exchange India Ltd through a TADOX Technology and Trademark
License Agreement to commercialize TERI’s patented industrial wastewater
treatment technology. The signing, attended by senior leaders including Shri G
Asok Kumar (NMCG), Dr Vibha Dhawan (TERI), and Ion Exchange executives, marks a
strategic collaboration aimed at advancing sustainable wastewater solutions and
strengthening India’s industrial water management capabilities through
innovative, scalable technologies.
Key
Market Players
- Veolia Environnement SA
- Xylem Inc.
- SUEZ SA
- Pentair plc
- Evoqua Water Technologies LLC
- Aquatech International LLC
- Ecolab Inc.
- Ovivo
Inc.
- Toshiba
Water Solutions Pvt. Ltd.
- Parkson
Corporation
|
By Equipment Type
|
By Application
|
By Region
|
- Biological
Treatment Equipment
- Clarification
Equipment
- Filtration Equipment
- Disinfection
Equipment
|
- Municipal
Wastewater Treatment
- Industrial
Wastewater Treatment
|
- North-East
- Mid-West
- West
- South
|
Report Scope:
In this report, the United States Secondary Water
And Wastewater Treatment Equipment Market has been segmented into the following
categories, in addition to the industry trends which have also been detailed
below:
- United States Secondary
Water And Wastewater Treatment Equipment Market, By
Equipment Type:
o Biological Treatment Equipment
o Clarification Equipment
o Filtration Equipment
o Disinfection Equipment
- United States Secondary
Water And Wastewater Treatment Equipment Market, By
Application:
o Municipal Wastewater Treatment
o Industrial Wastewater Treatment
- United States Secondary
Water And Wastewater Treatment Equipment Market, By Region:
o North-East
o Mid-West
o West
o South
Competitive Landscape
Company Profiles: Detailed analysis of the major companies
present in the United States Secondary Water And Wastewater Treatment Equipment
Market.
Available Customizations:
United States Secondary Water And Wastewater
Treatment Equipment Market report with the given market data, TechSci
Research offers customizations according to a company's specific needs. The
following customization options are available for the report:
Company Information
- Detailed analysis and
profiling of additional market players (up to five).
United States Secondary Water And Wastewater
Treatment Equipment Market is an upcoming report to be released soon. If you
wish an early delivery of this report or want to confirm the date of release,
please contact us at [email protected]