Why Redundant Hydrogen Peroxide Supply Matters

Loading industrial hydrogen peroxide

Brief: Facilities that rely on a single hydrogen peroxide supply source face greater operational risk when supply tightens. With no new producers coming online and existing plants operating on aging infrastructure, even routine maintenance can disrupt production. This article explores why redundant sourcing, disciplined storage and handling, and reliable distribution partners are essential to maintaining operational continuity.

“In a tight market, reliability comes from doing the fundamentals right every day,” says Derk Pinkerton, Corporate Sales Supervisor. “Redundant supply only works if the chemistry, the equipment, and the people handling it are aligned. Stewardship is what keeps all three working together when conditions get challenging.”

Hydrogen peroxide is one of those chemicals most operations don’t think about until it becomes a problem. It supports essential processes across water treatment, manufacturing, energy production, pulp and paper, and environmental remediation. It works cleanly, reacts predictably, and often sits quietly in the background doing exactly what it’s supposed to do.

What has changed is the market that supports it. With no meaningful new domestic producers entering the market, and much of the existing capacity depends on aging production assets. Many facilities are operating near their practical limits, which leaves little room to absorb disruptions. When a producer goes down for planned maintenance or unexpected equipment issues, availability can tighten quickly. For operations that rely on hydrogen peroxide as a core process input, this isn’t just a purchasing concern. It’s an operational risk. Unlike some bulk chemicals, hydrogen peroxide cannot be stockpiled indefinitely. It degrades over time, and storage conditions must be carefully controlled. That reality limits how much buffer inventory a facility can realistically carry and places more importance on the reliability of the supply chain itself.

Facilities that depend on a single producer or distribution path are often the first to feel pressure when supply tightens. Delayed deliveries, spot-market pricing, and last-minute substitutions can disrupt production schedules and create downstream compliance challenges. In some cases, the impact isn’t measured in days, but in hours.

Redundant supply planning helps reduce that exposure. Working with qualified distributors who maintain multiple sourcing options, flexible packaging formats, and established logistics networks allows operations to stay ahead of disruptions rather than react to them.

Storage and handling practices also play a role in supply continuity. Contamination, incompatible materials, or poor temperature control can accelerate decomposition and take equipment or inventory out of service. In a constrained market, losing usable product to preventable issues adds unnecessary strain.

Transportation discipline matters just as much. Properly trained drivers, dedicated equipment, and thoughtful delivery scheduling help minimize on-site dwell time and reduce risk during transfer. Reliable distribution is not separate from process safety. It is part of it.

As hydrogen peroxide demand continues across critical industries, the question is no longer whether supply disruptions will happen, but how prepared facilities are when they do. Redundant sourcing, responsible distribution, and proactive planning help ensure hydrogen peroxide remains a dependable tool rather than a vulnerability.

For many facilities, redundant supply planning starts with choosing the right distribution partner. Brainerd Chemical Company supports industrial hydrogen peroxide customers through a diversified supply network designed to reduce single-point failures. Brainerd Chemical provides hydrogen peroxide in concentrations ranging from 1-50% that includes access to multiple qualified production sources, dedicated peroxide-compatible equipment, and flexible packaging options ranging from drums and totes to bulk deliveries.

Just as important is Brainerd’s stewardship approach. Storage compatibility, contamination prevention, transportation discipline, and customer training are treated as part of supply reliability, not separate safety checkboxes. By aligning operational knowledge with a focus on responsible distribution, Brainerd helps customers maintain continuity, protect on-site systems, and avoid the downstream impacts that occur when peroxide supply becomes constrained at the wrong moment.

Why the Next Decade Belongs to Agile Chemical Producers

Brief: Chemical manufacturing is facing a rare convergence of pressure and possibility. Persistent supply chain volatility, regulatory delays, workforce gaps, and rising capital costs continue to strain reliability. Yet these same forces are increasing the value of operational discipline, technical partnership, and responsive problem-solving. Customers across nearly every sector now prioritize certainty, stewardship, and specialty capability over low-cost sourcing. This shift gives agile chemical producers—especially mid-sized U.S. manufacturers with flexible assets and strong safety culture—a unique competitive advantage in the decade ahead.

The State of Chemical Manufacturing: What’s Holding Us Back—and What Has Me More Optimistic Than Ever

The last several years have rewritten the operating environment for chemical manufacturers. Supply chain instability, regulatory uncertainty, talent shortages, and capital pressures have forced companies to rethink how they plan, produce, and deliver critical chemicals. Yet despite these headwinds, the fundamentals of the North American market have never been stronger.

Across nearly every sector – energy, water treatment, food processing, electronics, and industrial manufacturing – customers are prioritizing reliability over low-cost sourcing. For mid-sized U.S. producers, that shift represents a generational opportunity.

Operational Pressure Is Reshaping the Industry

Operational constraints are real and unavoidable—volatile logistics, extended permitting timelines, retiring technical talent, and rising equipment costs all shape how chemical companies plan and produce. But these pressures are also redrawing the competitive map. In this environment, agile chemical producers—particularly mid-sized manufacturers—are increasingly positioned to outperform larger, slower-moving competitors. Their advantage is structural: they can reconfigure production faster, make decisions without layers of bureaucracy, and respond to customer disruptions in real time. This agility allows them to maintain reliability even when the broader system is strained, reinforcing their value as dependable partners in an unpredictable market. As pressures intensify, it’s the companies capable of combining discipline, speed, and safety that will define the new standard for operational excellence.

Specialty and Stewardship-Driven Growth Outpacing Commodities

While commodity markets remain cyclical, specialty chemistry is accelerating:

  • Oil & gas biocides (particularly PAA)
  • Water treatment chemistries
  • Food-grade and high-purity blends
  • Electronics-support chemicals
  • Custom formulations and toll manufacturing

Growth in these sectors favors manufacturers with flexible assets, strong engineering rigor, and a culture built around quality and compliance. Customers increasingly want more than product—they want process knowledge, documentation, technical support, and transparent guidance on storage, handling, and safety.

Safety, Compliance, and Culture as Competitive Advantages

In a tightening regulatory landscape, companies with mature safety systems and strong environmental stewardship are separating themselves from the field. Compliance has become a sales advantage. Reliability has become brand equity. And transparency—real transparency—is now a differentiator.

This evolution aligns with broader reshoring trends. Domestic producers capable of delivering consistent quality, providing technical partnerships, and maintaining rigorous safety programs are steadily capturing market share from international suppliers.

Technology Is Providing Leverage Where It Matters Most

Automation, digital inventory tracking, AI-assisted maintenance, and upgraded QC analytics are improving throughput, reducing unplanned downtime, and elevating the precision of specialty production. These tools enable mid-sized manufacturers to operate with large-scale discipline while retaining agility.

Technology is not replacing chemical expertise — it’s amplifying it.

Relationships Remain the Industry’s Most Influential Variable

Despite technological advances, the core of the business remains unchanged: trust. Customers want suppliers who answer the phone, solve problems quickly, and communicate realities—not excuses. In an environment of volatility, the companies that are dependable will be the companies that grow.

A Market Defined by Discipline and Opportunity

Chemical manufacturing in North America is unmistakably at an inflection point. The companies that will define the next decade won’t be those with the largest assets—they’ll be the ones with the discipline to operate consistently, the safety culture to protect people and communities, and the agility to adapt faster than the pressures reshaping our industry. The constraints are real, but so are the opportunities.

Mid-sized, operationally strong producers now have a unique window to earn market share by demonstrating what customers value most: reliable performance, transparent communication, and fast, confident problem-solving when it matters most.

At Brainerd Chemical, we believe the future of chemical manufacturing is being shaped right now by agile producers committed to three fundamentals:

  1. A relentless focus on safety, reliability, and transparency.
  2. Delivering consistent quality backed by deep technical partnership.
  3. Investing in the people, processes, and capabilities that support customers for the long term.

By providing certainty in an unpredictable environment—and by executing those fundamentals every day—Brainerd Chemical is the agile manufacturer setting the standard for what’s next.

5 Reasons Wastewater Plants Are Switching to Peracetic Acid

Brief: Brainerd Chemical Company is a trusted national leader in peracetic acid (PAA) supply, helping wastewater facilities meet tightening regulatory and sustainability demands with confidence. Through strategically located production sites, rigorous quality control, and responsive logistics, Brainerd ensures reliable, high-purity PAA delivery nationwide. Its technical experts provide hands-on guidance—from pilot testing to safety and compliance—making PAA adoption seamless, efficient, and future-ready for municipalities and industrial operators alike.

Across the U.S., wastewater treatment facilities are re-evaluating their disinfection methods in response to tighter regulatory limits, sustainability goals, and safety concerns. Peracetic acid (PAA) is rapidly emerging as a preferred solution—offering powerful microbial control, minimal by-products, and simplified operations compared to traditional chlorine-based systems. This article explores why so many municipalities and industrial plants are making the switch, how PAA supports permit compliance, and how Brainerd Chemical Company is leading the way with reliable supply, technical guidance, and unmatched expertise in PAA applications.

Regulatory Pressures Are Driving Change

Tightening effluent limits and stricter NPDES permit conditions have forced utilities to reconsider their legacy disinfectants. Traditional chlorination, while effective, often produces halogenated disinfection by-products (DBPs) such as trihalomethanes (THMs) and haloacetic acids (HAAs)—compounds that are increasingly restricted due to their toxicity and persistence in aquatic ecosystems.
PAA, by contrast, decomposes into oxygen, water, and acetic acid, leaving virtually no harmful residuals. This makes it easier for wastewater facilities to meet evolving discharge requirements and avoid DBP-related violations.
In many states, regulators now actively encourage utilities to evaluate non-chlorine disinfection methods. PAA’s strong oxidation potential and rapid microbial kill rate make it one of the most permit-friendly options available—particularly for plants facing low toxicity limits or sensitive receiving waters.

Simplified Operations and Reduced Chemical Handling Risks

Unlike chlorine gas or sodium hypochlorite, PAA does not require specialized gas storage systems, de-chlorination chemicals, or complex feed controls.
Because it is a liquid, ready-to-use oxidant, PAA can be fed directly into existing contact chambers with minor infrastructure modifications. This simplicity translates into less operator exposure, lower capital investment, and fewer moving parts to maintain.
Facilities that transition from chlorine and sulfur dioxide systems also enjoy improved safety profiles, eliminating the hazards associated with toxic gas cylinders and leak detection systems.

Proven Performance and Flexibility Across Wastewater Types

PAA’s efficacy is well documented in both municipal and industrial wastewater systems. Its broad-spectrum antimicrobial action effectively neutralizes bacteria, viruses, and spores—even in high-solids, low-clarity, or variable-pH environments.
PAA’s disinfection mechanism is based on oxidation; it remains effective over a wide range of organic loads and maintains residual power even when other disinfectants are inhibited by ammonia or nitrogen compounds.
In addition, the fast reaction kinetics of PAA mean that many facilities can achieve target log-reductions with shorter contact times, enabling higher throughput and better operational flexibility during peak flow events.

Lower Lifecycle Costs and Fewer Permit Headaches

Although the chemical cost per gallon of PAA may initially appear higher than chlorine, the total cost of ownership often favors PAA when safety, de-chlorination, maintenance, and regulatory compliance are considered.
For example, eliminating sodium bisulfite for de-chlorination can reduce both chemical consumption and storage complexity, while minimizing operator training requirements.
Equally important: the elimination of DBPs and residual chlorine in effluent often helps facilities avoid expensive permit violations, costly remediation, or negative public scrutiny.

A Sustainable, Future-Proof Choice

Sustainability is becoming a core KPI for wastewater utilities. PAA’s eco-friendly breakdown products—oxygen, water, and acetic acid—align perfectly with green infrastructure and ESG goals.
Unlike chlorine, PAA leaves little to offers a scalable, sustainable solution that aligns with no halogenated footprint, making it the preferred option for facilities that discharge into sensitive aquatic habitats or supply reclaimed water for reuse. As utilities face increasing pressure to modernize infrastructure and minimize chemical hazards, PAA represents a scalable, sustainable solution that fits both regulatory and environmental priorities.

Meeting Compliance with Confidence

Regulatory momentum continues to build in favor of peracetic acid. State environmental agencies and the U.S. EPA are recognizing its potential as a safe, effective alternative that meets both microbial and toxicity standards without contributing to chlorinated by-products.
For municipalities preparing for permit renewals or plant upgrades, now is the time to evaluate pilot testing and document performance data. Early adopters have already demonstrated reliable disinfection performance across a variety of wastewater matrices, paving the way for broader regulatory acceptance nationwide.

Brainerd Chemical Is Your Trusted PAA Supply Partner

When reliability, regulatory expertise, and on-time delivery matter most, Brainerd Chemical stands as the nation’s benchmark for peracetic acid (PAA) supply and support. With more than a century of chemical manufacturing experience and one of the industry’s most robust distribution footprints, Brainerd Chemical delivers consistency, safety, and performance that utilities can depend on.

From production through delivery, every stage of Brainerd’s PAA program is designed for quality assurance and continuity of supply. The company’s strategically located facilities—including regional production and transloading hubs—allow rapid fulfillment to wastewater treatment facilities across the U.S., minimizing lead times and transportation costs. Advanced storage, blending, and packaging capabilities ensure that every gallon meets strict purity standards, backed by rigorous testing and quality control.

Beyond supply, Brainerd Chemical partners with clients to ensure successful PAA adoption and optimization. Its technical experts offer field-level assistance, pilot testing guidance, dosage calibration, safety and handling training, and regulatory compliance support—helping operators integrate PAA seamlessly into existing systems. This consultative approach ensures plants achieve consistent microbial control, predictable costs, and permit ready performance with minimal operational disruption.

In an industry where downtime is costly and compliance is non-negotiable, Brainerd Chemical’s scale, reliability, and service excellence make it the trusted PAA partner for municipalities and industrial operators nationwide.

A Stronger Tomorrow Through Smarter Wastewater Treatment

Peracetic acid (PAA) represents a decisive step forward for organizations interested in advancing sustainability, protecting operators, and safeguarding communities. By eliminating halogenated by-products, reducing chemical handling risks, and simplifying compliance, PAA helps facilities operate more safely and sustainably while maintaining exceptional microbial control.

For utilities facing aging infrastructure, tighter permit renewals, or public pressure to reduce risks, PAA offers a future-proof path that aligns operational efficiency with environmental responsibility. Facilities that make the switch gain more than just regulatory peace of mind—they gain operational resilience, community trust, and a disinfection strategy built for tomorrow’s standards.

With Brainerd Chemical as a supply partner, wastewater operators can count on reliable delivery, deep technical support, and industry expertise that turns the promise of PAA into real-world performance. Together, these advantages make PAA not only a better disinfectant, but a smarter investment in the future of clean water.

About Brainerd Chemical Company

Brainerd Chemical Company is one of the nation’s leading chemical manufacturers and distributors, supporting industries from energy and agriculture to water treatment and manufacturing. We combine proven expertise with innovative packaging, logistics, and service solutions to help our partners achieve efficiency, safety, and long-term success.

Why PAA Biocides Outperform Glutaraldehyde

Glutaraldehyde’s regulatory future in oilfield water treatment is uncertain. Peracetic acid (PAA) biocides fuel a safer, effective, and future-ready alternative to protect operations, reduce compliance risks, and align with ESG goals. Learn why oilfield leaders are shifting to PAA biocides for compliance, performance, and ESG advantage.

Oilfield water management is entering a new era. What used to be a straightforward “dose-and-go” choice is now a boardroom discussion about regulatory exposure, ESG optics, worker safety, and long-term cost. In that conversation, glutaraldehyde (GA) is increasingly the weak link—while peracetic-acid (PAA) biocides are proving to be the essential, safe, effective, and future-ready alternative.

A practical brief follows to help leadership, specifying engineers, procurement teams, and well-servicers who want to increase responsible operations and future-proof against regulatory risks.

 

The squeeze on glutaraldehyde is real—and growing

Worker safety pressure is mounting. Respiratory and skin contact risks are continually more demanding and costly.

Regulatory reviews aren’t going away. In the U.S., EPA’s ongoing registration review program for pesticides (including industrial biocides) can impose new mitigation requirements—PPE, engineering controls, label changes, or use restrictions—mid-cycle. GA’s review docket remains active, which means additional compliance steps may still be required as updates publish. Planning for alternatives now reduces change-order chaos later.

Environmental scrutiny is intensifying. Peer-reviewed literature has highlighted the aquatic toxicity and fate concerns of several oilfield biocides, including GA, fueling pressure from regulators and stakeholders to curb persistent, toxic residuals in discharge and recycle streams.

Bottom line: Even before any outright restrictions, the cumulative burden—exposure controls, monitoring, training, reporting, and reputational risk—pushes GA’s true cost higher each year.

 

Why PAA biocides are the future-ready standard

Clean breakdown, minimal residues. PAA decomposes rapidly into acetic acid, oxygen, and water, leaving no halogenated or persistent byproducts. That’s powerful for recycled frac water, produced-water reuse, and discharge optics—exactly where ESG and permit pressure converge.

Broad-spectrum, fast kill—including SRB and biofilms. Field and lab studies show PAA’s strong activity against sulfate-reducing bacteria (SRB), key H₂S generators and corrosion drivers. Reports from oilfield trials and independent studies demonstrate efficacy in complex waters and even within sessile communities where other oxidants struggle.

Operationally compatible. PAA is used across industrial water treatment precisely because it works in variable pH and temperature windows and coexists with common oilfield chemistries (FRs, scale inhibitors) when applied correctly. This reduces the risk of chemistry conflicts that derail pad schedules.

Worker-safety advantages. As an oxidizing biocide with rapid decay, PAA minimizes long-lived residual exposure. Its well-understood decomposition profile simplifies containment and incident response relative to sensitizers. (Safe handling is still essential—PAA is a strong oxidizer and corrosive—but the exposure narrative is fundamentally different.)

ESG-aligned without sacrificing performance. For operators publishing sustainability metrics, “no persistent biocidal residues” and “lower aquatic-toxicity footprint in treated effluents” are benefits that resonate with investors and communities—without compromising bacterial control.

 

Total cost of ownership: where PAA wins

1) Compliance drag: As GA-related controls tighten, compliance cost grows (monitoring, respiratory programs, training, incident reporting). PAA’s profile reduces that overhead.

2) Performance risk: SRB-driven corrosion and souring are seven-figure problems. PAA’s fast oxidation and biofilm penetration reduce re-treat cycles, H₂S incidents, and downtime.

3) Water-reuse economics: PAA’s rapid decomposition supports recycle targets by limiting carry-over residuals that can foul later stages—improving reuse rates and chemistry reliability.

 

Application guidance: where to specify PAA

 

    • On-the-fly frac water treatment: Dose for rapid broad-spectrum knockdown; verify with ATP/bug counts and residual monitoring.

 

    • Pond/impoundment control & H₂S mitigation: Periodic PAA shock or continuous low-dose to manage SRB and odors; integrate with aeration for best results.

 

    • Produced-water recycle loops: Target kill while minimizing residuals that impact separation and midstream handling.

 

 

Design considerations

 

    • Demand & dose: Run quick-kill demand tests against site water to map required PAA dose (accounting for COD/sulfides).

 

    • Contact time: PAA works fast; on-the-fly setups should ensure adequate mixing and seconds-to-minutes of contact before the wellhead.

 

    • Monitoring: Track kill with ATP or culture methods; confirm PAA residual decay to protect downstream chemistries and equipment.

 

 

The strategic takeaway

You don’t need a ban to feel the pinch. GA’s sensitizer classification, safety ceilings, and the drumbeat of regulatory review create ongoing compliance drag and reputational risk. PAA offers the inverse: robust performance against the bugs that matter (including SRB), rapid, clean decomposition, and an ESG-aligned story your stakeholders can endorse. Moving now locks in operational reliability and regulatory resilience for the years ahead. If you’re ready to evaluate a PAA program—bench tests, pad trial design, spec language, and full changeover—Brainerd Chemical can help you build a plan that meets your HSE, performance, and cost targets.

 

Partner With the Future of Oilfield Water Treatment

For energy leaders, staying ahead of risk isn’t just about compliance—it’s about choosing solutions that safeguard people, protect assets, and deliver lasting performance. With Brainerd Chemical Company, you gain more than a supplier. You gain a partner committed to innovation, safety, and reliability in every drop of chemistry we deliver.

Our PAA-based biocide programs are engineered to help you meet today’s operational challenges and tomorrow’s regulatory expectations—reducing downtime, streamlining water reuse, and strengthening ESG performance.

Let’s talk about your next project. Contact our technical specialists today at +1 (918) 622-1214 to learn how Brainerd Chemical Company can help you build safer, cleaner, and future-ready operations.

 

About Brainerd Chemical Company

Brainerd Chemical Company is a leading U.S. manufacturer and distributor of specialty and commodity chemicals, serving energy, agriculture, water treatment, and manufacturing industries. Our mission is simple: to safely supply the solutions you need, the support you want, and the reliability you depend on—every single day.

 

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Highlights from ChemEdge 2025

Louisville, KY – August 18, 2025 — Last week, leaders from across the chemical distribution industry gathered for ChemEdge 2025, one of the year’s most anticipated events hosted by the Alliancefor Chemical Distribution (ACD). The energy was high, the conversations meaningful, and the outlook for the future of our industry brighter than ever.

Brainerd Chemical Company was proud to participate once again as a Platinum Sustaining Sponsor, reaffirming our commitment to supporting the growth, innovation, and safety of the chemical distribution community.

Why ChemEdge Matters

ChemEdge is more than just a conference—it’s a hub where chemical industry professionals come together to:

  • Share knowledge on best practices, regulatory updates, and emerging technologies.
  • Build connections that strengthen our industry network and foster long-term partnerships.
  • Prepare for the future by tackling challenges head-on and identifying opportunities for innovation, sustainability, and growth.

For Brainerd Chemical, these pillars align directly with our mission: to safely supply our customers with the solutions they need, the expertise they want, and the reliability they depend on.

Our Takeaways from Louisville

This year’s ChemEdge offered more than just great sessions and conversations—it highlighted where the industry is headed. Key themes included:

  • Safety as the standard, not the exception. From new regulatory frameworks to practical on-site strategies, safety remains at the core of our industry.
  • Sustainability in action. Companies are finding innovative ways to lower environmental impact while improving efficiency.
  • The power of partnerships. The future of chemical distribution depends on collaboration across the supply chain, from producers to distributors to end-users.

Looking Ahead

We are energized by the insights, connections, and opportunities that came out of ChemEdge 2025. Events like this remind us why our work matters—not just for our company, but for the people, communities, and industries we serve.

As a platinum sponsor, we were honored to support ACD’s mission of advancing a safe, sustainable, and successful chemical distribution industry.

Here’s to another successful ChemEdge—and to building a stronger future, together.

About Brainerd Chemical Company

Brainerd Chemical Company is a leading U.S. manufacturer and distributor of specialty and commodity chemicals, serving critical industries including energy, agriculture, water treatment, and manufacturing. Our mission is to safely supply the solutions our customers need, the expertise they want, and the reliability they depend on—every single day.

👉 Did you attend ChemEdge 2025? We’d love to hear your biggest takeaway. Share your thoughts in the comments below.

Boosting Well Integrity with Peracetic-Acid Biocides

In today’s fracking landscape, ensuring well integrity isn’t just about production, it’s the frontline of return on investment (ROI), safety, and sustainable water management. Recent field investigations in the Permian Basin underscore how peracetic acid (PAA) based biocides are no longer an alternative to traditional chemical treatment methods — PAA is the benchmark providing a cleaner kill, faster and more responsibly.

ROI – Lower Costs, Higher Performance

PAA offers striking cost efficiency. Its high selectivity means much lower dosages are needed compared to bleach or chlorine dioxide, which require two to four times more product (epa.gov). This dosage reduction translates directly to lower chemical costs, reduced transportation expenses, and fewer logistical complexities at the well pad.

But the savings don’t stop there. By effectively controlling microbial-induced corrosion and H₂S-related damage, PAA helps prevent premature equipment failures and production slugging—yielding fewer interventions and better asset longevity.

Safety – Smarter Chemistry, Safer Operations

PAA decomposes into benign byproducts—oxygen, water, and acetic acid—so no harmful residuals linger in flowback or recycled frac water. The vinegar‑like odor acts as a natural leak detector during handling. Plus, being liquid at ambient conditions, it avoids the handling dangers posed by chlorine dioxide gas. Overall, PAA reduces exposure risks for field crews and minimizes environmental release threats.

Efficiency – Maximizing Water Management Potential

Effective water recycling is central to sustainable fracking. PAA shines here: it oxidizes iron sulfides and H₂S in flowback tanks, prevents biofilm build-up, and simplifies solids separation—all in one integrated step (researchgate.net). Operators have reported near-100% suspension of microbes and H₂S in recycled frac water, boosting reuse rates and slashing freshwater dependence.

Permian Basin Proof: A Real-World Study

A recent Permian Basin trial assessed oxidizers in real on-site water ponds. Through enzymatic ATP and AMP measurements, PAA showed superior microbial kill and significantly reduced regrowth risk compared to bleach or ClO₂—especially in high‑organic loading scenarios. Its lower reactivity with organics made it a clear winner.

Fracking-Specific Water Benefits

Pre-frac treatment: Treat frac water with PAA to suppress SRBs and biofilms before injection.

Mid-job addition: Inject during frack operations to immediately neutralize microbes and H₂S generated downhole.

Recycling cycles: Post-frac, PAA cleans residual contaminants—enhancing water quality for reuse.

Post-job maintenance: Periodic treatment prevents fouling or corrosion in frac tanks and pipelines.

This integrated approach not only safeguards wellbore integrity but also supports zero-discharge and full-cycle water reuse programs—especially critical in arid regions like the Permian.

Industry Shift to the Cleaner Kill

Major players are taking notice. Recently completed real-world completion fluid tests pitted peracetic acid–based biocides against conventional glutaraldehyde-based programs. The PAA treatment provided a cleaner kill exceeding microbial kill rates while lowering environmental persistence.

Takeaways for Frac Operators

BenefitImpact
Cost savingsReduced dosage → supply/logistics savings
Safety gainsSafer handling; no toxic residues
Operational uptimeFewer corrosion events and field interventions
Water sustainabilityCleaner recycled frac water, less freshwater usage

The Bottom Line

Peracetic acid isn’t just another biocide—it’s a strategic upgrade. From killing microbes to cutting costs and keeping crews safer, PAA checks every box for modern frac operations.Ready or not, PAA is no longer the alternative – it’s the benchmark.

About Brainerd Chemical Company

Brainerd Chemical Companies mission to safely supply our customers with the solutions they need, the support they want, and the reliability they depend on to meet the challenges they face every day.

Media Inquiries:

Brainerd Chemical Company:  1+ (918) 622-1214

SOURCE: Brainerd Chemical Company.

Inspiring Stewardship by Example

Brainerd Chemical sets the example for safe and responsible chemical handling.

Leadership in the chemical industry is best exemplified by those intentionally making a difference and inspiring others to adopt a values-first mindset by example.

In an industry where innovation and impact are often measured in efficiency and output, Brainerd Chemical Company is redefining leadership through a deeper commitment—stewardship. At the heart of this vision is Chairman Mathew Brainerd, whose values-driven leadership has positioned the company as a model for responsible manufacturing, sustainable growth, and community engagement.

For over six decades, Brainerd Chemical has played a pivotal role in providing high-quality chemical solutions to industries ranging from oil and gas to agriculture and water treatment. But beyond its business performance, what sets the company apart is its culture of accountability, safety, and service—a culture shaped by Mathew Brainerd himself.

“Leadership in chemicals isn’t just about delivering product—it’s about how you do it, who you impact, and what legacy you leave,” says Mathew Brainerd. “We have a responsibility to our employees, our customers, and our communities to operate with purpose and integrity.”

Chemical manufacturers and suppliers must emphasize transparency, innovation, and continuous improvement. Lead with intention by pioneering safer chemical handling processes, investing in green technologies and responsible workforce development. Initiatives like advanced leak detection systems, minimized waste protocols, and energy-efficient facility upgrades are not just checkboxes—they’re active choices that reflect a values-first mindset.

Internally, Brainerd fosters a culture where safety and ethics are non-negotiable. Employees receive ongoing training, and every team member is empowered to speak up, suggest improvements, and take ownership of operational excellence. This people-first philosophy has earned the company high marks from regulators and partners alike.

“Real leadership,” says Brainerd, “is measured by the people you lift up and the paths you clear for others.

Under Brainerd’s leadership, the company has also become a beacon for civic engagement. Whether supporting STEM education, disaster relief, or workforce reentry programs, Brainerd Chemical sees giving back as part of its business DNA.

That ethos extends to the broader industry. Mathew Brainerd is a vocal advocate for responsible supply chains and ethical standards in chemical distribution. Through active involvement in industry associations and policy discussions, he’s helped shape best practices that benefit the entire sector—not just his own firm.

Mathew A. Brainerd, Chairman and owner of Brainerd Chemical Company, has held several leadership positions in prominent chemical associations:

  • National Association of Chemical Distributors (NACD): Brainerd has been actively involved with NACD since 2009, serving in various capacities including Chairman of the Government Affairs Committee (2009-2011), Treasurer (2011-2013), Vice Chairman (2013-2015), and Chairman (2015-2017).
  • International Council of Chemical Trade Associations (ICCTA): He served as Chairman from 2012 to 2014. In 2016, this organization transformed into the International Chemical Trade Association (ICTA), with Brainerd as a founding member.
  • Chemical Educational Foundation (CEF): Brainerd served as Treasurer from 2011 to 2013, contributing to educational initiatives in the chemical industry.
  • Rail-Shipper Transportation Advisory Council (RSTAC): In 2018, he was appointed to this council, which advises the U.S. Surface Transportation Board on issues related to rail transportation.

Perhaps most importantly, Brainerd’s example is inspiring the next generation of industry leaders. Through mentorship, collaboration, and visibility, he’s showing that success in chemical manufacturing is not at odds with responsibility—it is built on it.

In an age where corporate responsibility is no longer optional, Brainerd Chemical is proving that stewardship isn’t just good ethics—it’s good business. And with Mathew Brainerd at the helm, the company continues to lead not just with chemicals, but with character.

About Brainerd Chemical Company

Brainerd Chemical Companies mission to safely supply our customers with the solutions they need, the support they want, and the reliability they depend on to meet the challenges they face every day.

Media Inquiries:

Brainerd Chemical Company:  1+ (918) 622-1214

SOURCE: Brainerd Chemical Company.

PAA Helps Overcome Rural Wastewater Treatment Challenges

Water is life, and for rural communities, ensuring its safety is paramount. Yet, these communities often operate under significant challenges such as limited budgets, minimal technical staff, and aging infrastructure compared to their urban counterparts. Yet these facilities must meet the same stringent regulatory requirements for effluent quality.

Peracetic acid (PAA) disinfection offers a promising solution for rural applications, offering significant operational, economic, and environmental advantages over traditional chlorination or UV systems. This article examines the practical applications and benefits of using PAA water treatment processes in facilities serving smaller populations.

The Rural Wastewater Challenge

Rural treatment facilities typically process lower water volumes but face greater variability in flow rates and influent characteristics. Many operate lagoon systems or small package plants, where implementing complex disinfection technologies can be prohibitively expensive.

Historically, these facilities have relied heavily on chlorine disinfection, which requires dechlorination steps to prevent environmental harm, or UV systems that demand significant maintenance and energy inputs.

Peracetic acid (PAA) continues gaining popularity as an alternative to traditional chlorine-based disinfectants in wastewater treatment. According to Koivunen and Heinonen-Tanski (2013), PAA disinfection offers advantages in scenarios with limited infrastructure—precisely the situation many rural facilities face. Their research demonstrated effective pathogen reduction at lower doses than traditionally required for chlorination, reduced toxicity and compliance with discharge limits, improved personal and environmental safety, as well as reduced cost through streamlined operations.

How PAA Works for Rural Applications

Peracetic acid works through oxidation, effectively destroying pathogenic microorganisms by disrupting their cell membranes. What makes PAA particularly suitable for rural applications?

Operational Simplicity: PAA requires minimal contact time compared to chlorine—typically 10-15 minutes versus 30+ minutes—allowing for smaller contact chambers and retrofitting into existing systems without major capital investment (Luukkonen & Pehkonen, 2017).

No Harmful Byproducts: Unlike chlorine, PAA breaks down into benign components (primarily water, oxygen, and acetic acid), eliminating the need for dechlorination equipment and chemicals—a significant advantage for facilities with limited technical capacity.

Effectiveness Across Conditions: PAA maintains disinfection efficacy across a wide pH range (5.5-8.2) and in the presence of suspended solids—conditions often encountered in rural systems with less advanced primary and secondary treatment (Antonelli et al., 2016).

Commercial products like Terrastat® have been formulated specifically with these advantages in mind, offering PAA concentrations and delivery systems suitable for smaller facilities.

Potential Operational Benefits

For water districts with lower-volume (3,000+/- residents) operations facing increasingly strict effluent requirements and challenges related to aging chlorination equipment, results can be compelling when comparing chlorination to PAA. While each situation is unique, Pilot programs typically reveal significant benefits highlighted by:

Capital Savings: By repurposing existing contact chambers and eliminating dechlorination equipment, one operation found capital costs would be 42% lower than projected costs for new chlorination equipment.

Operational Simplicity: Staff training requirements may potentially decrease

Environmental Compliance: Fecal coliform, E. Coli or Enterococci levels consistently meet permit requirements with greater reliability than older chlorination systems.

Reduced Chemical Handling and Associated Risks: Elimination of gaseous chlorine reduces risks to worker safety, which is of particular importance in facilities with limited staff.

Simplicity: For small systems, the simplicity of PAA is often noted as the biggest advantage. Operators don’t need specialized technical knowledge to maintain effective disinfection.

Sustainability Benefits

The sustainability advantages of PAA disinfection are particularly relevant for rural communities where environmental stewardship often connects directly to local livelihoods:

Reduced Chemical Transportation: PAA’s effectiveness at lower doses means fewer chemical deliveries—particularly valuable for remote locations.

Ecological Safety: McFadden et al. (2014) demonstrated that PAA disinfection poses significantly lower risks to aquatic ecosystems than chlorinated effluent, particularly in sensitive receiving waters like the small streams often downstream of rural facilities.

Energy Efficiency: Compared to UV systems, PAA requires little electrical input for disinfection, reducing both operational costs and carbon footprint.

Climate Resilience: PAA systems maintain efficacy during flow variations caused by increasingly common extreme weather events, providing operational stability during challenging conditions.

Implementation Considerations

For rural facilities considering PAA implementation, several factors deserve attention:

Dosing Systems: Manufacturers like Prominet Pumps, Watson & Marlow, Blue & White or Pyxis Labs now offer simplified dosing systems specifically designed for smaller facilities.

Regulatory Approval: While PAA has gained regulatory acceptance, permit modifications may be required.

Staff Training: Though simpler than chlorination, proper handling procedures for concentrated PAA remain essential.

Key Takeaways

For rural wastewater treatment facilities seeking cost-effective, environmentally sound disinfection solutions, Brainerd Chemical Company offers a comprehensive line of Terrastat® PAA-based products, expert service and reliable delivery that offers compelling advantages.

The operational simplicity, minimal infrastructure requirements, and strong environmental profile make Terrastat® PAA-based products particularly well-suited to the unique challenges of rural water treatment applications.

Brainerd Chemical Showcase at AFPM 2025 

Tulsa, OK March 17, 2025 // Specialty chemical manufacturer Brainerd Chemical Company is showcasing its comprehensive product line at the AFPM International Petrochemical Conference March 23rd through 25th in San Antonio, TX. 

The AFPM International Petrochemical Conference is one of the largest petrochemical events in the world, attracting thousands of participants from companies across the globe. Brainerd Chemical Company welcomes the opportunity to share and hear insights from industry leaders on key political, economic and environmental issues facing the petrochemical industry. 

Brainerd Chemical Company helps the oil and gas industry enhance productivity while safeguarding people, assets, and the environment. We serve the energy industry through a broad offering of solvents, alcohols, glycols, surfactants, silicones, glycol ethers, amines, and other various acids as well as innovative PAA biocides that reduce bacteria, hydrogen sulfide, iron sulfide and other oilfield contaminates without the harmful byproducts and safety risks associated with traditional chemistries.  

Available in 5%, 15% and 22% concentrations, Terrastat® PAA biocides offer high oxidation potential, and can be a faster, more effective biocide. It’s safer and more efficient because it’s ready to use without the need for onsite mixing. And, because PAA complies with many new legal guidelines, Terrastat® biocides help you protect your investment while also protecting the land.  

Whether you’re thinking of switching from traditional biocides like CIO2 or looking for a way to boost the effectiveness across your operations, the Brainerd Chemical team will help you better achieve your goals. We’d be honored to connect and learn about your critical challenges. Join the Brainerd Chemical team March 23rd through 25th at the Grand Hyatt in San Antonio, TX. 

Read to learn more? Visit https://brainerdchemical.com/oil-and-gas and find out how the Brainerd team and our comprehensive product line can help you improve your operational efficiency.  

About Brainerd Chemical Company 

Brainerd Chemical Company – is a leading manufacturer and supplier of innovative solutions for oil and gas producers that optimize operational efficiencies. Brainerd produces a complete line of EPA and FDA approved products for a variety of industries including oil & gas, wastewater treatment, industrial water treatment, meat and poultry processing, food & beverage, agriculture, animal health, mining and more.  

Media Inquires 

1.918.622.1214 

Brainerd Chemical Company 

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Brainerd Chemical Company 

Do You Know? Hydrogen Peroxide

Hydrogen peroxide is an incredibly versatile chemical used in a variety of applications including:

  • Healthcare:  Hospitals use hydrogen peroxide products to kill pathogens like cryptosporidiosis and norovirus.
  • Aerospace: H2O2 propulsion systems powered thrusters in the Gemini and Apollo spacecraft; today, many small satellites are controlled with H2O2 vapor systems.
  • Energy: Oil & natural gas producers use hydrogen peroxide based PAA biocides because they are effective while reducing environmental risks.
  • Water and sewage treatment: Hydrogen peroxide is a prime ingredient in PAA, an eco-friendly disinfectant revolutionizing the industry with safer, more responsible solutions.

Brainerd Chemical supplies hydrogen peroxide in concentrations ranging from 1-50% in pail, drum, or tote packaging as well as bulk delivery.

About Brainerd Chemical Company

Brainerd Chemical Company is one of the largest independent suppliers of chemicals and related services in the continental United States. They specialize in manufacturing, blending, packaging, and distributing chemical products across a diverse range of industrial sectors.

Media Inquiries:

Brainerd Chemical Company:  1+ (918) 622-1214