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Wastewater Treatment Programs

Treatment ChemistryBuilt Around Your System

Targeted treatment programs designed to improve separation, reduce sludge, and support discharge compliance. Our jar study results are the pitch — we run the test on-site using your water, and you see what the chemistry does before anything is committed to.

IONEXA™ Precision Coagulation AGGLOMEXA™ Precision Flocculation PRECIPEXA™ Precision Precipitation UADC™ Advanced Oxidation
JAR TESTING
Every Program Built on Real Data
PERFORMANCE FIRST
Chemistry Selected for Your System
FULL COVERAGE
Municipal · Industrial · Food & Beverage · Oil & Gas

What Makes Us Different

Wrong chemistry costs you every day — in polymer waste, hauling costs, compliance risk, and sludge you didn't need to produce. Here's how we make sure that doesn't happen.

Most Programs Are Sold. Ours Are Built.

The standard approach in this industry is a rep recommending chemistry from a catalog, setting a dosage, and moving on. Nobody re-evaluates. Nobody comes back unless there's a problem — and by then you've already been overfeeding the wrong product for months. We don't work from a catalog. We evaluate your system and build from what we actually observe.

You Shouldn't Have to Trust It. You Should See It.

Every other supplier asks you to take their word for it. We run jar testing on-site using your actual water — evaluating multiple chemistries side by side under your real operating conditions. You watch clarity, floc structure, and separation in real time. What performs in the jar is what the treatment program gets built from. No commitment before the data.

We Measure Success by Your System. Not Our Volume.

Large suppliers run on volume. The incentive is to sell more product — not to make sure you're running the right one at the right dose. Every account Osiris takes on gets the full weight of our expertise and resources regardless of size — because the program carries our name and the people building it are the same people accountable for how it performs. The test always comes first.

The Treatment Chemistry

Click each technology to explore its chemistry and applications. Program composition and application sequence are determined by your system — not a fixed order.

Coagulation
IONEXA™
Coagulation Technology

Specialty organic and blended coagulation chemistry that neutralizes charge and destabilizes suspended solids, enabling initial separation based on system-specific conditions. IONEXA chemistry is selected based on jar testing and influent characteristics — not standard product selection.

Mechanism
Charge neutralization and destabilization of colloidal particles
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Chemistry Types
Specialty organic coagulants and blended coagulation chemistry
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Primary Targets
TSS, turbidity, colloidal solids, initial separation
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Selection Method
On-site jar testing using your water — visual evaluation of clarity, floc structure, and separation rate
Flocculation
AGGLOMEXA™
Flocculation Technology

AGGLOMEXA polymer chemistry covers a range of molecular weights and charge characteristics to promote particle aggregation and bridging, forming floc structures suited to settling or flotation-based separation processes. Chemistry selection is matched to your equipment and operating conditions through jar testing.

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Mechanism
Particle bridging and aggregation into settleable floc structures
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Chemistry Types
Anionic, cationic, and nonionic polymer systems
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Primary Targets
Settling efficiency, clarification, dewatering performance
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Optimization
Molecular weight and charge density matched to system conditions
Precipitation
PRECIPEXA™
Precipitation Technology

PRECIPEXA chemistry converts dissolved metals and phosphorus compounds into insoluble forms, enabling effective removal through downstream separation processes. Applied based on influent characteristics and specific regulatory discharge limits — not as a standard addition to every treatment sequence.

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Mechanism
Chemical conversion of dissolved metals to insoluble solids
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Primary Targets
Heavy metals, dissolved contaminants, regulated discharge parameters
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Compliance Focus
Developed to meet specific permit and discharge limits
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Integration
Designed to work with downstream IONEXA/AGGLOMEXA stages
Advanced Oxidation — Coming Soon
UADC™
Advanced Oxidation Chemistry

UADC chemistry targets refractory organics and difficult contaminants, improving downstream treatment performance and overall system efficiency. Currently in development for complex industrial applications.

In Development — Coming Soon
Mechanism
Oxidative breakdown of refractory and persistent organic compounds
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Primary Targets
Refractory organics, complex contaminants, difficult-to-treat streams
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Application
Pre-treatment and polishing for complex industrial systems

Industries We Serve

MUNICIPAL
Municipal
Municipal Wastewater

Treatment chemistry selected for compliance and stable operation across variable influent and seasonal changes.

INDUSTRIAL
Industrial
Industrial Wastewater

Treatment chemistry for complex streams — metals, COD, suspended solids, and discharge compliance.

FOOD & BEV
Food & Beverage
Food & Beverage

Treatment chemistry for high-strength organic wastewater and production-driven variability.

OIL & GAS
Oil & Gas
Oil & Gas

Treatment chemistry for produced water, wash bays, and petrochemical wastewater systems.

Need to Improve Performance or Maintain Compliance?

We evaluate your system, run jar testing, and develop a treatment program around the chemistry that performs — not whatever ships fastest.

Request System Evaluation →

We focus on improving wastewater treatment performance through practical, hands-on work. We evaluate your system and run jar testing on-site using your water — determining the most effective treatment program based on what you can see working in real time, not standard product recommendations.

We don't measure success by gallons sold. We measure it by how your system performs.

We focus on long-term system performance, not short-term chemical sales.

Why We Work This Way

Most chemical programs are sold the same way: a sales rep recommends a product, sets a starting dosage, and moves on. The operator adjusts the feed rate trying to hit performance targets, polymer costs climb, and nobody really knows if the chemistry is right for the system. The rep isn't accountable for what happens after the sale.

The largest suppliers in this industry run on scale. Thousands of accounts, hundreds of reps, territory models that stretch across multiple states. That scale has its place — but it comes at a cost. Your account is one of many. Your system is managed by whoever is assigned to your zip code that quarter.

Osiris isn't built around volume. Every account we take on gets the full weight of our expertise and resources — regardless of size. That's a deliberate choice, not a function of capacity. The program behind your system is built by the same people accountable for how it performs — not a service technician following a protocol sheet, not a territory rep who's on to the next account by Thursday. When something changes in your system, you have direct access to the expertise behind the program.

We're based in Houston and focused on the Texas and Gulf Coast market — municipal and industrial operators who need reliable programs, responsive support, and a supplier who shows up when something isn't working right.

What Makes Us Different

These are the things we've built Osiris specifically to avoid — and what we do instead.

The Standard Approach

How Osiris Works

A rep recommends chemistry from a catalog based on what worked elsewhere. No test, no proof — just a starting dosage and a handshake.

We run jar testing on-site using your actual water before anything is selected. You watch what the chemistry does in your system — in real time — before any product is ordered.

The dosage gets set, the product ships, and the rep disappears until renewal. You adjust the feed rate and hope it's right.

We stay in contact based on what your system needs — not a fixed schedule built around our calendar. When conditions change, we re-evaluate. You're not adjusting blindly.

The same product gets applied across accounts with completely different streams, permit requirements, and process conditions. One size doesn't fit all — but it gets sold that way.

Chemistry is selected specifically for your system — your influent, your equipment, your discharge requirements. What we select for one facility won't necessarily be what we select for another.

Volume is the goal. More product shipped means more revenue — whether or not the dosage is right. Overfeeding is expensive and nobody flags it.

We measure success by separation performance, not gallons shipped. Overfeeding the wrong chemistry costs you in product, sludge, hauling, and compliance risk. Getting the dose right matters to us because it matters to you.

What Working With Us Actually Looks Like

It starts with a conversation about what you're dealing with — influent characteristics, current chemistry, where performance is falling short, what your permit requires. We're not going to ask you to fill out a form and wait.

Then we come out. We look at the system, collect a sample, and run the jar test on-site. You watch what different chemistries do in your water — in real time, side by side. What performs is what we build from.

After the chemistry is selected and the treatment is running, we stay in contact. Not on a fixed maintenance schedule designed around our calendar — based on what your system actually needs. If something changes in your influent, that's when we re-evaluate.

You'll have direct access to the people and expertise behind your program — not a rotating cast of service technicians who don't know your system history. That continuity matters more than most suppliers will acknowledge.

Where We Work

Osiris is based in Houston and focused on the Texas and Gulf Coast market — municipal and industrial operators who need a supplier that can actually show up. We're not covering a five-state territory from an airport. If something changes in your system, we're close enough to respond.

Want to Know If We're the Right Fit?

Call us directly and tell us what you're dealing with. No sales process, no forms — just a conversation about your system.

(737) 338-7685 Or Send a Message →

Wastewater Treatment Optimization Through Testing and Chemistry

We evaluate wastewater systems, run targeted jar testing, and develop treatment programs around the chemistry that performs — to improve separation, reduce sludge, and support discharge compliance across a wide range of treatment processes.

01
System Evaluation

We review your influent characteristics, current treatment chemistry, and operational performance to identify where improvements can be made.

02
Jar Testing

We run jar testing on-site using your water — evaluating multiple treatment chemistries under actual operating conditions. Clarity, settleable solids, floc structure, and separation rate are assessed visually in real time. You see what the chemistry does in your system before anything is committed to.

03
Program Development

A treatment program is developed around the chemistry that performed best in testing — built on performance results and cost efficiency.

04
Implementation & Optimization

We implement the selected chemistry and monitor performance over time. Influent characteristics, waste streams, and process conditions change — programs are re-evaluated and adjusted when they do.

The Step Most Programs Skip

Most wastewater treatment programs are sold off a catalog. A rep evaluates your system on paper, selects a standard product, recommends a starting dosage, and moves on. There's no test. There's no proof. There's just an assumption that what worked somewhere else will work in your system.

It usually doesn't — at least not optimally. Every wastewater stream is different. Influent chemistry, solids loading, temperature, pH, and upstream process variables all affect how treatment chemistry performs. A program that isn't built around your actual water is a program built around a guess.

Jar testing eliminates the guess.

We run tests on-site using your water — not a theoretical model. Multiple treatment chemistries are evaluated side by side under your actual operating conditions. The results are immediate and visual: clarity, settleable solids, floc structure, and separation rate. You see what the chemistry does in your system before anything is committed to.

What you observe visually reflects charge neutralization efficiency, polymer bridging performance, floc density, and shear resistance — the same parameters that determine full-scale separation performance.

Worth Stating Clearly

A jar test evaluates physical separation performance — charge neutralization, solids destabilization, floc formation, and settling behavior. That's what you're watching in real time when we run it on-site. Visual clarity is not the same as regulatory compliance, and a jar test alone doesn't tell you everything your permit requires.

Quantitative analytical data — COD reduction, nutrient levels, metals, and permit-specific parameters — can be obtained through third-party laboratory analysis or your facility's existing analytical capabilities when a more complete picture of effluent quality is needed. The jar test is the foundation. What you learn from it can be built on.

The jar test is where the program starts. What you see in the jar is what we build from.

Treatment Chemistry

Performance-based programs developed through jar testing. What gets selected, and how it's applied, is determined by what your system requires and what the data shows.

IONEXA™
Precision Coagulation

Specialty organic and blended coagulation chemistry — applied across DAF systems, clarifiers, and pretreatment applications. Reduces downstream polymer demand and controls overall program cost. Selected and validated through jar testing for your specific system conditions.

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AGGLOMEXA™
Precision Flocculation

Applied across clarification, thickening, and dewatering applications — DAF systems, clarifiers, gravity belt thickeners, centrifuges, belt presses, and filter presses. Polymer demand and floc characteristics are matched to your equipment and operating conditions through jar testing. Blended programs available.

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PRECIPEXA™
Precision Precipitation

Applied when discharge requirements call for removal beyond what solids separation alone can achieve. Program developed around your specific effluent limits and influent chemistry. Applied only when your system requires it.

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View full technology detail

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IONEXA
Precision Coagulation

IONEXA™

The IONEXA Line

The IONEXA line covers specialty organic and blended coagulation chemistry — selected and validated through jar testing for applications where performance demands more than standard mineral coagulants deliver. Programs are developed based on your influent characteristics, system conditions, and downstream separation process.

Program Design

Colloidal particles remain suspended due to surface charge repulsion. Coagulation chemistry destabilizes particles through one or more mechanisms depending on chemistry type, dose, and influent conditions — charge neutralization at lower doses, sweep floc enmeshment at higher doses, and polymer bridging where blended chemistry is applied. Effective coagulation at the front of the treatment sequence reduces polymer demand downstream. Chemistry is selected through jar testing across multiple options, not applied from a standard dosing chart.

Applications

Applied across a range of unit processes where charge destabilization is required to initiate solids separation — including dissolved air flotation systems, primary clarifiers, final clarifiers, equalization basins, and pretreatment applications.

Benefits

  • Initiates solids separation by destabilizing suspended particles
  • Effective across variable influent conditions and influent chemistry
  • Reduces downstream polymer demand, lowering overall program cost
  • Compatible with blended programs where system conditions require it
  • Applicable across a range of unit processes without process modification
AGGLOMEXA
Precision Flocculation

AGGLOMEXA™

The AGGLOMEXA Line

The AGGLOMEXA line covers emulsion and dispersion polymer chemistry across a range of performance characteristics — matched to your separation process, equipment, and operating conditions through jar testing. Once particles are destabilized, AGGLOMEXA chemistry gathers them into structures large enough to be effectively removed. Blended programs are available where system conditions require it.

Clarification

Applied across DAF systems, primary clarifiers, secondary clarifiers, and equalization applications. Polymer chemistry bridges destabilized particles into larger floc structures with sufficient mass and density to separate from the liquid phase effectively.

Thickening

Applied on gravity thickeners and gravity belt thickeners where the objective is concentrating dilute sludge into a pumpable product for digestion or downstream processing. Polymer conditioning improves solids capture and drainage rate through the belt, reducing volume prior to dewatering.

Dewatering

Programs developed for centrifuges, belt filter presses, filter presses, and dewatering boxes where the objective is cake dryness and solids capture. High-shear equipment such as centrifuges place greater mechanical stress on floc and require different program characteristics than low-shear processes. Program selection accounts for all of these variables. Blended programs available where system conditions require it.

Benefits

  • Builds settleable floc structures from destabilized particles
  • Improves clarifier and DAF performance
  • Improves solids capture and drainage on gravity belt thickeners
  • Improves cake dryness and throughput on centrifuges, belt presses, and filter presses
  • Reduces sludge volume
  • Reduces polymer cost per ton of solids processed
  • Blended programs available where system conditions require it
PRECIPEXA
Precision Precipitation

PRECIPEXA™

The PRECIPEXA Line

Some contaminants don't respond to coagulation and flocculation alone. The PRECIPEXA line is designed to convert dissolved contaminants into a removable form — enabling removal of metals and phosphorus that standard solids separation chemistry cannot reach on its own. Applied when influent chemistry and discharge requirements call for it, not as a standard addition to every treatment sequence.

Dissolved Contaminant Removal

Applied when influent chemistry and discharge requirements call for removal beyond what coagulation and flocculation alone can achieve. Applied at the appropriate point in the treatment sequence based on your system configuration and effluent limits.

Compliance-Driven Applications

Programs are developed specifically around your permit requirements and discharge limits. Applied only when your system and regulatory situation require it — not as a standard addition to every program.

Benefits

  • Converts dissolved contaminants into a physically removable form
  • Supports compliance with discharge limits that solids separation alone cannot meet
  • Integrated into the broader treatment program where required
  • Program developed around your specific effluent requirements

Program Selection Is Based on Your System

We don't lead with marketing claims. We run the test, show you the data, and let the results speak for themselves. Request an evaluation to see what the chemistry does in your system.

Request a System Evaluation →
MUNICIPAL
Municipal
Municipal Wastewater

Municipal systems run under constant regulatory scrutiny with limited operational budgets. The challenge isn't dramatic influent swings — it's maintaining consistent compliance, controlling sludge generation, and keeping polymer and coagulant costs predictable over time. Treatment chemistry is selected to support clarifier and DAF performance, improve dewatering efficiency, and reduce the cost per ton of solids processed.

INDUSTRIAL
Industrial
Industrial Wastewater

Industrial wastewater is where chemistry gets complicated. Influent composition shifts with production schedules, customer mix, batch processes, and seasonal operations. A facility accepting multiple waste streams from different customers may see a completely different influent profile week to week — metals loading, pH swings, emulsified hydrocarbons, high COD organics, or combinations of all of them. Chemistry that performed last month may not be optimal today. Treatment chemistry is selected based on what the system is actually seeing at the time of evaluation — and re-evaluated when conditions change.

FOOD & BEV
Food & Beverage
Food & Beverage

Treatment chemistry for high-strength organic wastewater and production-driven variability. Food and beverage operations generate streams with significant BOD, TSS, and fats, oils, and grease loading — chemistry is selected for what the influent actually presents, not a fixed formulation applied across all conditions.

OIL & GAS
Oil & Gas
Oil & Gas

Treatment chemistry for produced water, wash bays, and petrochemical wastewater systems. Streams in this sector carry hydrocarbons, suspended solids, and metals in varying concentrations — chemistry is selected based on the composition of what you're treating and what your discharge limits require.

Whatever Your Industry, Osiris Helps You Reduce Costs and Stay Compliant.

Tell us about your system and current challenges. We'll evaluate your setup and develop a treatment approach based on real performance.

Request a System Evaluation →

What We Supply

Every chemical we supply is part of a complete treatment program — selected based on your system conditions at the time of evaluation. Programs are built around what your system requires when we test it. When conditions change, re-evaluation is how we keep the chemistry right.

Chemistry Description
IONEXA™
Coagulation

Specialty organic and blended coagulation chemistry selected and validated through jar testing. Applied where system conditions require performance beyond standard mineral coagulants.

AGGLOMEXA™
Flocculation

Emulsion and dispersion polymer chemistry across a range of performance characteristics — matched to your separation process, dewatering equipment, and operating conditions through jar testing.

PRECIPEXA™
Precipitation

Precipitation chemistry applied where influent characteristics and discharge requirements call for removal beyond what coagulation and flocculation alone can achieve.

Commodity
Standard Supply

Standard inorganic coagulants including aluminum sulfate, pH adjustment chemicals, and other standard treatment chemicals available as part of a complete program where system conditions require them.

How This Is Different

We don't just deliver product. Every chemical supplied is part of a treatment program built around your system conditions at the time of evaluation — selected through jar testing, dosed accordingly, and re-evaluated as those conditions change.

Supply and Support

Consistent bulk supply to support ongoing operations. As influent conditions or process requirements change, chemistry is re-evaluated to keep the program accurate.

Need a New Program or Want to Improve an Existing One?

We focus on chemistry that performs under real operating conditions. Tell us what you are currently using — we will take a look.

Request a System Evaluation →

Our jar study results are the pitch. Tell us about your system and current challenges — we'll evaluate your setup, run the test, and let the data do the talking.

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✉️
Based In
Houston, TX · Serving Texas & Gulf Coast

Every Evaluation

Built around your system and actual operating conditions. Not a standard product recommendation.

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