What’s the Largest Source of Water in Texas?

Understanding the Primary Source of Water in Texas

Water is one of Texas’ most valuable resources, especially as the state continues to grow in both population and industrial demand. But what is the largest source of water in Texas? While Texas draws water from multiple surface and groundwater sources, the largest contributor remains surface water—particularly its rivers, reservoirs, and lakes.

Surface water accounts for about 60% of the total water supply in the state, with the Colorado River, Rio Grande, and Brazos River being major contributors. These rivers are supported by over 190 reservoirs managed by regional water authorities, making surface water the backbone of municipal, agricultural, and industrial water use in Texas.


Major Surface Water Bodies in Texas

The Colorado River

Spanning more than 800 miles, the Colorado River is one of Texas’ longest and most utilized water bodies. It provides essential water for agriculture, hydroelectric power, and major cities like Austin.


The Rio Grande

Forming the natural boundary between Texas and Mexico, the Rio Grande is another critical surface water source. It supports communities along the border and serves vital agricultural regions in the south.


Reservoirs and Lakes

Man-made reservoirs such as Lake Travis, Lake Livingston, and Lake Texoma help store and manage Texas’ water supply. These reservoirs are essential for drought resilience, flood control, and municipal usage.


The Role of Groundwater in Texas

Though surface water is the primary source, groundwater is not far behind, especially in rural and agricultural areas. The Ogallala Aquifer, part of the High Plains Aquifer system, is the largest groundwater reservoir in Texas, supplying water to the Panhandle and West Texas.

Groundwater is tapped through thousands of wells for irrigation, municipal, and industrial use, particularly where surface water is limited or unreliable. However, this resource is finite and is being depleted faster than it can recharge in many regions.


Water Scarcity and Sustainability Challenges

Texas faces mounting challenges due to climate change, population growth, and extended droughts, all of which place stress on existing water sources. This has prompted investments in alternative water solutions such as:
  • Desalination of brackish and seawater
  • Water recycling and reuse
  • Rainwater harvesting
  • Aquifer storage and recovery systems


How ADVANCEES Supports Texas Water Solutions

At ADVANCEES, we specialize in water treatment systems that support sustainability across Texas. From brackish water reverse osmosis systems to containerized desalination plants, our technologies are tailored to meet the growing water demands in industrial, agricultural, and municipal sectors.

Our Commercial Brackish Water Systems and Seawater Desalination Systems help convert alternative water sources into usable supply, reducing dependency on overstressed freshwater systems.
/by

Texas Water Scarcity & Solutions: Securing the State’s Water Future

Texas water scarcity has become a growing concern in recent years, as rising populations, prolonged droughts, and shifting climate patterns put increasing pressure on the state’s water supply. From urban centers like Dallas and Austin to agricultural hubs in the Rio Grande Valley and West Texas, communities across the Lone Star State are searching for long-term, sustainable solutions to protect this essential resource.

In this blog, we’ll explore the root causes of Texas water scarcity, its impact across industries and communities, and how water treatment technologies like desalination and reverse osmosis can provide scalable solutions.


What’s Causing Water Scarcity in Texas?

Water scarcity in Texas is not due to a single issue—it’s the result of several compounding factors:
  • Population Growth: Texas is one of the fastest-growing states in the U.S., putting immense pressure on existing water systems.
  • Prolonged Drought: Many parts of the state experience recurring droughts, especially in West Texas and the Hill Country.
  • Declining Aquifers: Overreliance on underground aquifers such as the Ogallala and Edwards aquifers has led to significant depletion.
  • Aging Infrastructure: Water loss from leaks, outdated delivery systems, and under-maintained reservoirs reduces supply even further.


How Water Scarcity Affects Texas Communities

The effects of water scarcity ripple across every sector:


Agriculture

Farmers face irrigation challenges, reduced yields, and rising operational costs due to water shortages and poor-quality water sources.


Municipalities

City planners are forced to implement water restrictions, while residents may deal with higher water bills or changes in water taste and quality.


Industry

From manufacturing to oil and gas, many industries rely on large volumes of water for production, cooling, or cleaning—and scarcity puts their operations at risk.


What Are the Solutions to Texas Water Scarcity?


1. Desalination Systems

Desalination is gaining traction as a powerful tool to combat Texas water scarcity. By converting brackish groundwater or seawater into potable water, systems like those offered by ADVANCEES can supplement limited freshwater supplies.

ADVANCEES provides a full line of:

These solutions are scalable for agricultural, municipal, or industrial use.


2. Water Reuse & Reclamation

Recycled wastewater is being used more frequently for irrigation, landscaping, and even industrial processes. With proper treatment, reclaimed water can help offset the demand on freshwater systems.


3. Efficient Irrigation Technologies

Switching to drip irrigation, moisture sensors, and smart water management platforms can drastically improve how water is used in Texas agriculture.


4. Leak Detection & Infrastructure Upgrades

Investing in leak detection systems and modern infrastructure can reduce water loss and improve distribution efficiency.


How ADVANCEES Supports Long-Term Water Sustainability

ADVANCEES specializes in designing and manufacturing custom water treatment systems tailored to Texas water challenges. Whether your water source is contaminated with salts, iron, or other impurities—or simply insufficient to meet growing demands—we engineer practical, high-performance systems to ensure clean, reliable water.
Our team supports:


Final Thoughts

As the pressures of Texas water scarcity continue to grow, so does the need for innovation and investment in sustainable water treatment solutions. By turning to proven technologies like reverse osmosis and desalination, and partnering with forward-thinking providers like ADVANCEES, Texas can protect its water future—one drop at a time.
/by

Lack of Quality Water for Concrete Production in TX: The Problem & Solution

Texas is one of the fastest-growing states in the U.S., with constant demand for new infrastructure, housing, and commercial developments. However, one of the lesser-known obstacles facing the construction industry is the lack of quality water for concrete production.

From remote regions in West Texas to booming cities like Houston and San Antonio, the issue of poor water quality has begun to impact the reliability and consistency of concrete batching and curing. In this blog, we’ll explore why this matters, what risks poor water quality poses to concrete, and how water treatment solutions from ADVANCEES can help.


Why Water Quality Matters in Concrete Production

Water is a critical ingredient in the concrete mix. It hydrates the cement, helps control workability, and influences the strength and durability of the final product.
When the water used is contaminated or contains excessive salts, sulfates, chlorides, or organic materials, it can compromise the integrity of the concrete.


Common Water Quality Issues in TX:

  • High salinity levels, particularly in West and South Texas groundwater
  • Iron, manganese, or sulfates in well water
  • Hardness or excessive alkalinity, which can disrupt curing chemistry
  • Organic materials or microbial contamination, affecting setting time
These challenges highlight the growing need for reliable sources of clean water for concrete production—especially as drought conditions and overused aquifers continue to limit availability.


Risks of Using Poor-Quality Water in Concrete

Poor water quality can lead to:
  • Reduced compressive strength
  • Cracking or scaling of hardened concrete
  • Premature deterioration, especially in infrastructure exposed to freeze/thaw cycles
  • Inconsistent mix ratios or setting times
  • Rejection of concrete batches, causing cost overruns and delays
In commercial and public infrastructure projects, these issues can pose significant liability and durability concerns.


How ADVANCEES Solves the Water Quality Problem

ADVANCEES provides custom-engineered water treatment systems designed to meet the strict standards required for water for concrete production. Our systems are ideal for batching plants, ready-mix operations, and construction sites across Texas.


Recommended Solutions:

  • Brackish Water Reverse Osmosis (BWRO)
    Removes salts, minerals, and impurities from high-TDS water sources, delivering clean water for batching and mixing.
  • Iron & Manganese Filtration
    Removes staining and potentially reactive elements from well water or municipal sources.
  • Pre-Treatment Systems
    Filters, softeners, and antiscalant injection systems help protect reverse osmosis membranes and ensure consistent quality.
  • Containerized RO Systems
    Mobile, compact systems ideal for remote construction sites or off-grid batching facilities.
ADVANCEES systems are scalable, efficient, and built to meet Texas conditions—providing reliable water that ensures concrete meets all strength and durability specifications.


Serving Concrete Producers Across Texas

We work with:
  • Ready-mix plants
  • Large-scale infrastructure contractors
  • Precast concrete facilities
  • DOT and public works projects
  • Remote oilfield or solar construction sites
Whether you’re based in the Panhandle or along the Gulf Coast, we can design a water system that addresses your specific challenges and supports long-term success.


Final Thoughts

The lack of quality water for concrete production in Texas doesn’t have to be a roadblock. With strategic investment in water purification systems, concrete producers can ensure compliance, improve product reliability, and avoid costly delays.

ADVANCEES is here to help. Our advanced filtration and reverse osmosis systems are built to meet the specific water demands of the Texas construction industry.
/by
, ,

High Salinity in Texas Water: Causes, Concerns, and Solutions

Texas is known for its diverse landscapes, expansive ranches, and growing cities—but it also faces unique water quality challenges. One of the most pressing issues in many areas of the state is high salinity in Texas water supplies. Whether it’s due to natural geological conditions or human activity, elevated salt concentrations can affect everything from agricultural productivity to municipal water safety.
Understanding the causes and impacts of high salinity—and how to treat it—is essential for homeowners, farmers, industries, and local governments across Texas.


What Causes High Salinity in Texas Water?

Salinity refers to the presence of dissolved salts—primarily sodium, chloride, and sulfate—in water. In Texas, there are several common sources:
  • Geological Composition: In West Texas and parts of South Texas, groundwater travels through salt-rich rock formations, dissolving minerals along the way.
  • Drought and Evaporation: Prolonged droughts can concentrate salts in soil and surface water, especially in arid regions.
  • Agricultural Runoff: Fertilizers and irrigation practices can lead to salt accumulation in groundwater and rivers.
  • Oil & Gas Activity: Brine water from drilling operations can contaminate nearby wells or aquifers if not managed properly.
Regions such as the Permian Basin, Rio Grande Valley, and areas surrounding the Edwards Aquifer are especially prone to elevated salinity levels.


Why High Salinity Matters

Excess salinity isn’t just a matter of taste—it poses real challenges to health, agriculture, and infrastructure.


Health Effects

Water with high sodium or sulfate levels may not be suitable for individuals on restricted diets. Long-term exposure may also contribute to dehydration and gastrointestinal discomfort.


Agricultural Impact

Saline water damages crops, reduces soil fertility, and can alter irrigation systems over time—making it a major concern for Texas’ vast agricultural sector.


Infrastructure and Appliances

Salt-laden water corrodes plumbing systems, reduces appliance life spans, and increases maintenance costs for both residential and commercial properties.


How ADVANCEES Helps Treat High Salinity in Texas Water

At ADVANCEES, we provide advanced water treatment solutions specifically designed for the challenges of Texas water systems. Whether your source is brackish groundwater or contaminated surface water, our systems are engineered to address high salinity efficiently and sustainably.


Recommended Solutions:

  • Brackish Water Reverse Osmosis (BWRO)
    Ideal for high-TDS groundwater, these systems use semi-permeable membranes to separate salts and impurities, producing clean, potable water.
  • Pre-Treatment Systems
    Solutions like filtration, antiscalant dosing, and pH adjustment help protect the RO membrane and ensure consistent performance.
  • Containerized and Solar Options
    For remote locations or agriculture sites, ADVANCEES offers fully containerized and solar-powered RO systems—perfect for off-grid operations across rural Texas.


Where We Serve

Our salinity treatment systems are already operating in:
  • West Texas: Treating high-TDS well water in oil and gas fields
  • South Texas Farms: Supporting irrigation with desalinated water
  • Municipal Systems: Upgrading water treatment facilities in growing cities
  • Commercial & Industrial: Providing solutions for industries and businesses dealing with salty tap water


Get Ahead of Salinity Challenges with ADVANCEES

If you’re dealing with high salinity in Texas water, you’re not alone—and there’s a proven path forward. ADVANCEES brings decades of experience in water purification to Texas communities, offering scalable, sustainable systems that protect your health, your land, and your infrastructure.
Contact us today to schedule a consultation or water analysis—we’ll design a system that fits your specific salinity levels, water demands, and budget.
/by
,

How ADVANCEES Can Help With Texas Water Iron Levels

Texas is no stranger to water quality challenges, especially in rural and groundwater-reliant areas. Among the most common issues is elevated iron levels in water. While small amounts of iron are naturally occurring and even essential in our diets, excessive iron in drinking water can cause staining, metallic taste, plumbing damage, and even health concerns in vulnerable individuals.
If you’re dealing with Texas water iron levels that exceed acceptable limits or affect water quality, ADVANCEES offers advanced iron removal water treatment solutions to help restore safe, clean water across residential, agricultural, and industrial applications.


Understanding Iron in Texas Water

Iron contamination in Texas water typically originates from naturally iron-rich soil and rock formations. Groundwater wells, which are widely used throughout rural Texas, are particularly susceptible to high iron concentrations. In many cases, homeowners or facility managers will notice signs such as:
  • Orange or rust-colored staining in sinks and bathtubs
  • Metallic taste or odor in drinking water
  • Clogging in pipes, water heaters, and irrigation systems
  • Biofouling caused by iron bacteria
The Texas Commission on Environmental Quality (TCEQ) suggests that iron concentrations in excess of 0.3 mg/L can cause aesthetic and operational problems. In agricultural or industrial operations, iron-rich water can lead to equipment corrosion and impact crop health or product quality.


How ADVANCEES Solves Iron Contamination Problems

ADVANCEES designs and manufactures custom water filtration systems to effectively treat high iron levels in Texas water sources. Our systems are engineered for long-term performance and can be customized for small communities, commercial properties, or industrial-scale operations.


Advanced Iron Removal Technologies Include:

  • Oxidation + Filtration Systems
    Convert soluble ferrous iron into insoluble ferric iron using agents like chlorine or air injection, followed by filtration.
  • Catalytic Media Filters
    Use manganese dioxide or other media to accelerate iron oxidation and trap solids without chemical additives.
  • Ion Exchange Systems
    Replace iron ions with sodium or potassium ions—ideal for low to moderate iron levels in residential and commercial use.
  • Membrane Filtration (Ultrafiltration/RO)
    Provides a barrier to dissolved iron and other impurities while delivering highly purified water.
  • Biological Treatment
    Uses iron-oxidizing bacteria in eco-friendly systems suited for certain applications and climates.


Designed for Texas Conditions

What sets ADVANCEES apart is our understanding of regional water chemistry. Our systems are designed to adapt to the unique geological and environmental conditions in Texas, including pH imbalances, mineral-heavy water, and high iron concentrations in private wells and surface sources.

Whether you’re a homeowner in Hill Country, a grower in West Texas, or a facility manager near the Gulf Coast, we provide scalable systems that match your specific water treatment goals.


Full-Service Support and Compliance

In addition to engineering high-efficiency systems, ADVANCEES also offers:


Iron Removal That’s Built to Last

Dealing with Texas water iron levels requires more than a simple filter—it takes a comprehensive, tested solution that balances water chemistry, local conditions, and long-term reliability. ADVANCEES delivers just that with systems trusted by industries and municipalities worldwide.

If you’re struggling with iron contamination, reach out to ADVANCEES today and discover how we can help bring clean, clear, and iron-free water back into your operations.
/by