The AI Boom Has a Water Treatment Problem

Data centers are becoming one of America’s largest water treatment challenges – Brainered Chemical has the solution.

Artificial intelligence is fueling a massive wave of data center construction across the United States. Most people focus on the servers, chips, and electricity required to power AI. Few realize another resource is becoming just as critical: Water.

Data centers generate enormous amounts of heat. Keeping those systems cool requires significant water resources—and effective water treatment.

According to research from Uptime Institute, water management has become a strategic consideration for data center operators, with cooling system design playing a central role in determining water consumption, sustainability performance, and long-term operational resilience.

As AI workloads continue to increase cooling demands, operators are under growing pressure to reduce water use while maintaining reliability.

Here are six reasons water is becoming one of the biggest challenges facing modern data centers.

1. AI Is Driving Water Demand

More computing power creates more heat. More heat requires more cooling. More cooling often requires more water.

As AI adoption accelerates, data centers are consuming millions of gallons annually to support operations.

2. Water Quality Impacts Reliability

Cooling systems depend on clean, properly treated water. Without effective treatment, operators can face:

  • Scale buildup
  • Corrosion
  • Reduced efficiency
  • Increased maintenance
  • Unplanned downtime

Reliability starts with a strategic approach to sustainable water quality.

3. Sustainability Goals Are Raising Expectations

Leading data center operators are under increasing pressure to reduce both energy and water consumption. That is driving investment in:

  • Water reuse
  • Cooling optimization
  • Efficiency improvements
  • Advanced treatment technologies

4. Every Gallon Counts

Many new facilities are being built in fast-growing regions where water resources are already under pressure. Communities, regulators, and investors are paying closer attention to how water is managed.

Water treatment is no longer just a maintenance function. It has become a strategic asset and a critical factor in:

  • Operational reliability
  • Sustainability performance
  • Infrastructure planning
  • Risk management

As data centers expand, operators are investing in smarter monitoring, automation, chemistry optimization, and water conservation strategies.

The goal is simple: Use less water while maintaining maximum reliability.

5. Smarter Water Treatment Can Reduce Cost, Risk, and Environmental Impact

As data center operators look for ways to improve efficiency and sustainability, many are reevaluating traditional water treatment programs.

One area receiving increased attention is the use of advanced oxidizing chemistries such as peracetic acid (PAA) for microbiological control in industrial water systems.

Compared to some conventional treatment approaches, PAA-based programs can help facilities:

  • Improve control of biological growth
  • Reduce system fouling and performance losses
  • Support water reuse and conservation initiatives
  • Minimize residual environmental impact
  • Simplify handling and operational requirements
  • Lower total treatment costs in certain applications

For operators focused on uptime, sustainability, and operational efficiency, the right water treatment strategy can create benefits that extend far beyond water quality alone.

The conversation around data center cooling is increasingly becoming a conversation about water efficiency and sustainability. Operators are looking for solutions that help protect critical assets while reducing complexity, lowering environmental impact, and making better use of water resources. That’s where innovative chemistries like peracetic acid can play an important role.

Why This Matters

The future of AI depends on data centers. The future of data centers depends on cooling. And cooling depends on water.

As operators face growing pressure to improve reliability, reduce environmental impact, and optimize operating costs, water treatment is becoming a strategic advantage rather than simply a maintenance function.

One solution receiving increased attention is peracetic acid (PAA). Data centers depend on efficient cooling systems to maintain uptime and protect critical computing infrastructure. PAA can help control microbiological growth in cooling water systems, reducing the potential for biofouling that may impair heat transfer and system performance. As operators pursue reliability, sustainability, and water stewardship goals, PAA is increasingly being evaluated as part of modern industrial water treatment programs.

“Reliable cooling doesn’t happen by accident. It starts with water. As data centers grow larger and more powerful, operators are looking for ways to improve efficiency, reduce water consumption, and protect critical infrastructure. That’s creating new opportunities for smarter water treatment.”

Derk Pinkerton, Market Manager – Water Treatment, Brainerd Chemical Company

At Brainerd Chemical, we help industrial and water treatment customers evaluate solutions that support cooling system performance, improve operational efficiency, and align with evolving sustainability objectives.

Because when it comes to supporting the infrastructure behind AI, every gallon—and every decision—matters.

About Brainerd Chemical Company

Brainerd Chemical Company is a leading U.S. manufacturer and distributor of specialty and commodity chemicals, committed to safely delivering the solutions customers need, the expertise they value, and the reliability they depend on — every day.

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PFAS Reporting Was Just the Beginning

Across the industrial sector, companies are spending significant time and resources preparing PFAS disclosures under TSCA Section 8(a)(7). For many organizations—and the suppliers that support them—the question is no longer ‘how do we file?’ It’s ‘what does the government do with what we just told them, and what does that mean for us next?

For facilities that submitted on time, the work ahead is about understanding what their submission revealed and what obligations may follow. For facilities still finalizing submissions — or those who missed the window and are weighing their options — the calculus is more urgent.

Either way, the comfortable idea that PFAS compliance is a one-time reporting event has quietly expired.

What the EPA does with your data — and when

The CDX submissions flowing in this spring will be aggregated, reviewed for completeness, and eventually made available in searchable public databases — with confidential business information redacted but most structural and volume data visible. That public record will be accessible to environmental advocates, litigants, municipal water utilities, and downstream customers asking pointed questions about what their suppliers manufacture and release.

EPA has been clear that TSCA 8(a)(7) data will directly inform future regulatory action. The agency has signaled interest in several areas: additional use restrictions for specific PFAS subclasses, expanded reporting requirements as the science around shorter-chain compounds matures, and potential enforcement actions where submissions reveal patterns inconsistent with prior environmental disclosures.

The timeline below reflects where most industrial facilities sit today and what’s coming down the regulatory pipeline.

Right now – Reporting window open; submissions being received

Most facilities are in active submission or finalizing data packages. CDX electronic reporting is live. Small manufacturers have an extended deadline of October 13, 2026.

Late 2026 – EPA begins data aggregation and quality review

EPA staff will cross-reference submissions against prior TRI reports, CERCLA disclosures, and state environmental databases. Facilities with significant discrepancies may receive follow-up data quality requests.

2027 – Public database release and stakeholder scrutiny

Aggregated PFAS data will become publicly searchable. Downstream customers, investors, municipal utilities, and NGOs will use this to evaluate supplier and facility profiles. Expect procurement questions that reference your submission data.

2027-2029 – Next-generation rulemaking informed by this data

EPA has stated that TSCA 8(a)(7) data will drive future regulatory priorities — including potential restrictions on PFAS classes not yet specifically regulated, and expanded reporting thresholds for emerging compounds like TFA.

Ongoing – Litigation and liability exposure tied to disclosed data

Historical PFAS volumes documented in TSCA submissions may be introduced in environmental tort cases. Facilities that disclosed large historical volumes without corresponding remediation programs should consult legal counsel proactively.

Still finalizing your submission?

The October 13, 2026 extended deadline applies to small manufacturers. All other facilities are in the active reporting window now. If your organization missed the April 13 start or is still assembling data, documented good-faith effort — and prompt action — matters significantly in how EPA handles follow-up. Consult your environmental counsel and do not wait.

PFAS is no longer a back-office compliance item

Here’s what’s changed quietly in the past eighteen months: PFAS disclosure has migrated from the environmental compliance department into boardroom risk conversations, customer procurement decisions, and ESG reporting frameworks. The TSCA filing is a formal government disclosure — but it’s also, effectively, a public statement about your facility’s chemical footprint that will persist in searchable databases indefinitely.

Water utilities serving communities near manufacturing facilities are already querying PFAS datasets to build their own risk profiles. Institutional investors are referencing chemical disclosure records in ESG screenings. Industrial customers in food, beverage, and consumer goods — sectors particularly sensitive to PFAS reputational exposure — are asking their chemical suppliers for transparency that goes well beyond an SDS sheet.

This isn’t hypothetical future pressure. These conversations are happening in procurement meetings right now, often with reference to data that didn’t exist publicly six months ago.

The facilities that will navigate this era most confidently aren’t the ones who filed and moved on. They’re the ones who treated the filing as the foundation of an ongoing story they’re prepared to tell clearly.

TFA: The next PFAS conversation taking shape

Trifluoroacetic acid — TFA — doesn’t appear in most U.S. facility compliance programs today. It’s not currently regulated domestically. But TFA is increasingly present in global water monitoring data, European regulatory discussions are intensifying, and it’s beginning to appear in the scientific literature as a persistent degradation product of multiple PFAS classes and fluorinated refrigerants.

The regulatory arc for TFA looks familiar to anyone who watched PFOA and PFOS move from industrial workhorse to restricted substance over the past two decades: detection data accumulates, health and environmental research follows, and regulatory attention converts to action — usually faster than industry models predict.

Facilities with fluorine-intensive manufacturing processes, or those using PFAS-containing products in high-volume water-contact applications, should be having internal conversations about TFA now — not because it’s regulated, but because the cost of being caught unprepared is orders of magnitude higher than the cost of awareness.

Science in motion

TFA has been detected at elevated concentrations in European rainwater, surface water, and drinking water sources. The European Chemicals Agency (ECHA) has flagged it for priority review. U.S. regulatory action has not followed — yet. Facilities that monitor emerging science independently rather than waiting for domestic rulemaking maintain a meaningful preparation advantage.

What active PFAS risk management looks like in 2026

Chemical suppliers play a meaningful role in all three tracks. Brainerd Chemical has long emphasized product traceability, documentation, and customer support because regulatory environments rarely become simpler over time. When suppliers provide clean, structured product data and responsive technical support, customers spend less time chasing information and more time managing risk. In an environment where transparency increasingly influences procurement decisions, regulatory reviews, and public perception, that support becomes a measurable business advantage.

The facilities handling PFAS most capably right now aren’t treating it as a single compliance obligation. They’ve organized their exposure across three distinct tracks that require different teams, different timelines, and different kinds of expertise.

Regulatory compliance track

TSCA 8(a)(7) submissions, documentation retention, CDX account maintenance, and readiness for data quality follow-up from EPA. This track belongs to EHS and legal.

Supply chain transparency track

Responding to downstream customer inquiries, aligning PFAS data with procurement questionnaires, and ensuring supplier data flows upstream accurately. This track involves procurement and product stewardship.

Forward risk track

Monitoring emerging science (TFA, ultra-short-chain PFAS), tracking state-level regulatory action, and evaluating formulation alternatives where PFAS exposure carries long-term liability. This track needs executive attention.

Most facilities manage the first track reasonably well. The second is where gaps appear — because customer-facing transparency requires coordination across teams that rarely sit in the same room. The third track is where strategic differentiation happens, and where most organizations have the most ground to gain.

Chemical suppliers play a meaningful role in all three. When a supplier provides clean, structured product data — chemical identities, formulation detail, traceability documentation — they compress the time their customers spend on all three tracks simultaneously. In a regulatory environment where speed and accuracy of disclosure increasingly matters, that is a concrete, quantifiable business value.

About Brainerd Chemical Company

Brainerd Chemical Company supplies specialty chemicals to industrial, municipal, and commercial customers across water treatment, sanitation, food processing, and manufacturing. Our approach to formulation and documentation is built around the transparency that modern compliance environments demand — giving customers clear product data, traceability support, and the supplier relationship that makes ongoing PFAS obligations more manageable, not more complicated.

 

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HF Supply At Scale

Choosing a Hydrofluoric Acid Supplier? Ask This Question: Does your supplier control the entire chain—or are they coordinating pieces of it?

For organizations that depend on hydrofluoric acid, that question may be more important than product specifications, concentration, or even price.
Reliable hydrofluoric acid supply depends on far more than chemistry. It requires specialized infrastructure, disciplined safety practices, packaging expertise, transportation resources, and accountability from origin to delivery.
Every transfer point introduces risk. Every third-party handoff creates another opportunity for delays, communication breakdowns, compliance challenges, or supply disruptions. When operations depend on uninterrupted HF supply, those risks matter.
The most reliable suppliers don’t simply move product. They manage the entire process.
Brainerd Chemical has spent decades building the systems, infrastructure, and operational expertise required to support refineries, alkylation units, semiconductor manufacturers, water treatment facilities, and industrial operations that cannot afford uncertainty in their chemical supply chain. The benefit to you is fewer handoffs, greater accountability and dependably responsible supply.

HF does not tolerate weak links

The conversation around hydrofluoric acid often focuses on concentration, specifications, and commercial terms. Those factors matter. But experienced operators know the bigger concern is much more practical:
Will the acid arrive on specification, on schedule, and without creating unnecessary risk?
When production depends on hydrofluoric acid, reliability becomes every bit as important as chemistry.
Responsibly reliable supply comes down to the infrastructure, people, packaging, transportation systems, and operational discipline supporting every shipment.
That’s where experience separates suppliers from strategic partners.

Why Chain of Custody Matters

Hydrofluoric acid is one of the most demanding products in industrial chemical distribution. Success depends on maintaining control of the process from beginning to end.

Reliable hydrofluoric acid supply requires three elements working together:
• Purpose-built infrastructure for storage and transfer
• Trained personnel operating under disciplined safety protocols
• Integrated logistics capable of maintaining continuity throughout the supply chain

When one of those elements fails, the others cannot compensate. Organizations that rely on fragmented supply networks often discover this reality during periods of market disruption, transportation constraints, severe weather events, or unexpected operational challenges.
Integrated supply models provide a different outcome with fewer handoffs, fewer variables and greater accountability.

What Large Industrial Buyers Should Look for in an HF Supplier

Industrial executives evaluating hydrofluoric acid suppliers should look beyond pricing and product specifications. The strongest suppliers demonstrate capabilities in four critical areas:

Infrastructure

Hydrofluoric acid requires specialized storage, handling systems, and transportation assets designed specifically for the product.
A supplier’s infrastructure directly impacts reliability, flexibility, and response capabilities.

Packaging Expertise

Hydrofluoric acid packaging is far more than a regulatory requirement. Proper packaging helps protect product integrity, reduce handling risks, improve transportation efficiency, and support safe operations at the customer site. The most capable suppliers offer packaging solutions tailored to customer requirements rather than forcing operations into a one-size-fits-all model.

Logistics Capabilities

Transportation is often where supply chain weaknesses become visible.Dedicated resources, experienced personnel, route planning, compliance expertise, and contingency planning all contribute to delivery reliability. Without those systems, even a quality product can become a supply challenge.

Accountability

Perhaps most importantly, customers should understand who actually owns responsibility for the process. When multiple organizations manage manufacturing, storage, transportation, and compliance independently, accountability becomes fragmented. When a single organization manages the chain, customers gain a single point of responsibility and a partner invested in long-term success.

Why Scale Matters

The cost of a hydrofluoric acid supply disruption extends well beyond replacement product.
Production interruptions can impact throughput, contractual obligations, maintenance schedules, customer commitments, and regulatory performance.
Large-scale industrial operations understand that resilience requires continuous investment in people, process and infrastructure that fosters:
• Redundant infrastructure
• Emergency response readiness
• Transportation flexibility
• Trained driver networks
• Inventory management programs
• Business continuity planning

These capabilities often go unnoticed when everything is operating normally. Their value becomes immediately apparent when market conditions become challenging. A resilient supply chain is rarely built during a crisis. It is built years before one occurs.

Why Are Packaging and Logistics Critical for Hydrofluoric Acid?

Hydrofluoric acid packaging and logistics play a critical role in safety, regulatory compliance, and supply reliability. Proper packaging protects product integrity during transportation and storage while reducing handling risks for personnel. Integrated logistics systems help ensure on-time delivery, maintain chain-of-custody accountability, and support business continuity for refineries, manufacturers, and industrial facilities that depend on uninterrupted hydrofluoric acid supply.

The Brainerd Difference

Brainerd Chemical has spent decades building the infrastructure, expertise, and operational discipline required to support hydrofluoric acid customers across the United States.
As one of the largest hydrofluoric acid suppliers on the East Coast, Brainerd provides customers with more than product availability.
The company delivers integrated capabilities that include specialized storage, packaging expertise, transportation resources, compliance support, and experienced personnel who understand the demands of HF distribution.
This approach helps reduce risk, strengthen reliability, and provide customers with confidence that their supply chain is backed by an organization that understands every aspect of the product lifecycle.

“HF is one of the most demanding products we handle, and customers don’t call us because we’re the cheapest. They call us because when their unit is running, they don’t want to think about where the next delivery is coming from. Our job is to make that decision boring.”

Neil Morgan, Chief Operating Officer of Brainerd Chemical

For industrial operations, that’s exactly the point. Reliable hydrofluoric acid supply should not be a daily concern. It should be a solved problem.

The Bottom Line

When evaluating a hydrofluoric acid supplier, the most important question may not be about the chemistry at all. Do you know if your supplier controls the infrastructure, packaging, logistics, and compliance systems necessary to deliver hydrofluoric acid safely and reliably—or are they simply coordinating pieces of the process?
The difference can determine whether operations run smoothly or face unnecessary risk.
For organizations that depend on hydrofluoric acid, reliability is not a premium feature. It is the baseline. And achieving that reliability requires the infrastructure, accountability, and operational discipline that Brainerd Chemical has spent decades building.

About Brainerd Chemical Company

Brainerd Chemical Company is a leading U.S. manufacturer and distributor of specialty and commodity chemicals, committed to safely delivering the solutions customers need, the expertise they value, and the reliability they depend on — every day.

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Brainerd Chemical Company
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When Off-the-Shelf Chemistry Fails

Standard supply doesn’t solve specialized processes. A capable blending partner does.

At a certain point, standard chemical supply stops aligning with operational reality. Required concentrations fall outside commercially available ranges. Internal formulations, developed over time to meet specific process needs, become increasingly expensive or complex to produce in-house. In regulated environments, certification requirements or performance tolerances further narrow the set of viable options.

These conditions are not edge cases. They are common across water treatment, oil and gas, food processing, and metal manufacturing—industries where process requirements rarely conform to standardized supply.

In these situations, limitation is not availability. It is fit.

Custom and Contract Blending Serve Different Roles

Blending services are often grouped together, but the distinction between models is operationally significant.

Custom blending is typically applied when a formulation does not yet exist in its required form. A blending partner develops the product to meet defined performance specifications—such as concentration thresholds, compatibility requirements, or inhibitor inclusion—often beginning with lab-scale validation before scaling to production.

Contract, or toll blending, applies when the formulation is already established. In this model, production is outsourced while the customer retains ownership of the formula. The blending partner assumes responsibility for manufacturing, quality control, and delivery.

Both approaches shift production from a fixed-cost structure to a variable one, aligning output with demand and reducing the burden of maintaining in-house blending infrastructure.

Capability Gaps Define Risk

The variability between blending facilities is often underestimated. While capabilities may appear comparable at a high level, differences become more pronounced when hazardous materials or regulated applications are involved.

Facilities configured for non-hazardous blending may lack the infrastructure, containment systems, or certified personnel required to safely handle concentrated acids, oxidizers, or caustics. In these cases, the risk extends beyond the blender—it transfers to the purchasing organization.

Similarly, certification requirements must be evaluated at the application level. FDA or NSF credentials, for example, are necessary for food-grade products, while NSF/ANSI/CAN 60 compliance applies to many water treatment applications. OMRI listing may be required in agricultural contexts. The presence of a certification alone is insufficient; its relevance to the intended use is what determines compliance.

Operational flexibility is another differentiator. Facilities optimized for large-scale production may struggle to accommodate variable demand or smaller batch requirements, creating inefficiencies for customers with fluctuating volumes.

Logistics, often treated as a separate function, also plays a role in overall system reliability. The introduction of third-party carriers can add variability in handling and documentation, particularly for regulated or hazardous materials. Why Brainerd Chemical

Brainerd Chemical was built to handle the kind of complexity that standard blending operations often avoid. Across six facilities, the company supports both hazardous and non-hazardous blending with a level of capability designed for high-demand industrial applications.

Operators are certified to work with some of the most challenging chemistries in use today, including high concentrations of nitric acid, hydrofluoric acid, sulfuric acid, Formaldehyde, sodium hydroxide, custom PAA formulations, and many others. This range is not typical—and it reflects a deliberate focus on supporting customers whose requirements extend beyond standard supply.

From an operational standpoint, the infrastructure is built for both scale and flexibility. With more than 50 large-capacity tanks, batch sizes ranging from 330 to 40,000 gallons, and over 167,000 square feet of warehouse space, the system is designed to accommodate both specialized runs and high-volume production. Custom formulation and toll manufacturing are supported within the same environment, alongside blending programs that meet EPA, NSF, FDA, and OMRI standards.

What distinguishes the model further is end-to-end control. Brainerd operates its own transportation fleet, with DOT-certified drivers and company-owned equipment. That eliminates the need for third-party handoffs, reducing variability and strengthening compliance throughout the supply chain. For customers requiring private labeling, blind shipment, or customized packaging, those capabilities are integrated into the same operation—managed by a single accountable partner.

Reassessing the Blending Model

As process requirements evolve, the limitations of standard supply models become more apparent. In many cases, the decision is less about sourcing a different product and more about restructuring how that product is produced and delivered.

Blending, when aligned with operational needs, becomes less of a constraint—and more of a system that supports scale, compliance, and cost control.

Why Brainerd

Brainerd Chemical is built for the complexity most blenders avoid.

Across six facilities, Brainerd supports both hazardous and non-hazardous blending with certified capability across high-demand chemistries—including nitric acid, hydrofluoric acid, sulfuric acid, Formaldehyde, sodium hydroxide, custom PAA formulations, and many others.

The operation is designed for both scale and flexibility, with batch sizes ranging from 330 to 40,000 gallons and infrastructure that supports custom formulation and toll manufacturing within the same system.

What sets it apart is control. Brainerd operates its own transportation fleet, eliminating third-party handoffs and maintaining chain-of-custody from production to delivery.

For customers requiring private labeling, blind shipment, or specialized packaging, those capabilities are built in—not bolted on.

Fix the Constraint

If blending is driving cost, limiting throughput, or increasing risk, it’s time to change the model.

The right partner doesn’t just produce chemicals. They remove friction from your operation.

Talk to a Brainerd blending specialist:brainerdchemical.com/getstartednow

About Brainerd Chemical Company

Brainerd Chemical Company is a U.S.-based manufacturer and distributor of specialty and commodity chemicals serving agriculture, water treatment, energy, and industrial markets nationwide, with integrated packaging, logistics, and regulatory compliance capabilities.

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Why the ICIS Top 100 Matters

In the chemical industry, reputation is built on performance, reliability, compliance and consistent stewardship across complex supply chains — not marketing language.

That’s why independent industry benchmarks matter.

The ICIS Top 100 Chemical Distributors ranking, published by ICIS Chemical Business, evaluates distributors globally based on revenue scale, market reach, and industry impact. ICIS tracks global chemical markets in over 120 countries. Inclusion signals more than size — it reflects operational discipline, regulatory alignment, and sustained market relevance in a highly scrutinized industry.

For customers operating in time-sensitive markets such as agriculture, water treatment, energy, and manufacturing, chemical supplier stability is not optional. Reliability directly influences regulatory compliance, operational uptime, and total cost control.

As Jason Jacobus, Vice President, Business Development at Brainerd Chemical, explains: “Brainerd Chemical Company’s recognition in the ICIS Top 100 chemical distributors reflects the strength of our safety culture, our people, and our operational discipline. In markets where disruption has real consequences, reliability is not optional.”

In today’s environment—where supply chain volatility, sustainability expectations, and regulatory complexity continue to intensify—independent, third-party benchmarking provides an objective measure of market presence and operational capability. As Joseph Chang, Global Editor of ICIS Chemical Business, observed, “Tariff uncertainty and resulting macroeconomic volatility has been the key theme this year, creating an environment where chemical distributors can demonstrate their value to both suppliers and customers.” Scale alone is insufficient; it must be matched by stewardship, logistics expertise, and disciplined long-term partnership execution. Industry benchmarks do not define a company’s values; rather, they provide evidence of whether those values translate into consistent, measurable performance.

About Brainerd Chemical Company

Brainerd Chemical Company is a U.S.-based manufacturer and distributor of specialty and commodity chemicals serving agriculture, water treatment, energy, and industrial markets nationwide, with integrated packaging, logistics, and regulatory compliance capabilities.

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Brainerd Chemical Company

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🌐 www.BrainerdChemical.com

Strengthening Communities Through Service

The Brainerd Cares program reflects the company’s ongoing commitment to community engagement in Tulsa and the regions it serves. Structured around core values — safety and stewardship, empowerment and education, compassion and collaboration, and transparency and trust — the program mobilizes employees across company locations to contribute through volunteer service and partnerships with local organizations.

Most recently, Brainerd Chemical volunteers from Tulsa served alongside Iron Gate Tulsa, the city’s largest independent soup kitchen and food pantry whose mission is to feed hungry and homeless community members every day.

Iron Gate Executive Director Carrie Vesely Henderson posted, “Feeding Tulsa takes more than food, it takes people willing to step in and serve. We’re grateful for partners like you.”

During the service event, employees helped serve 707 meals — playing a direct role in supporting food security for vulnerable neighbors and reinforcing the Brainerd Cares program’s emphasis on compassion in action. Iron Gate’s daily operations include a year-round community meal service and supplemental food pantry programs that rely heavily on volunteer support to carry out their mission.

This initiative complements other recent Brainerd Cares activities, including contributions of school supplies to local Back-to-School resource fairs, participation in Tulsa Area United Way volunteer events, and collaboration with partners such as the City Lights Foundation. Through sustained engagement and hands-on service, the Brainerd Cares program demonstrates how corporate stewardship can translate into a measurable community impact where employees live and work.

About Brainerd Chemical Company

Brainerd Chemical Company is a leading U.S. manufacturer and distributor of specialty and commodity chemicals, committed to safely delivering the solutions customers need, the expertise they value, and the reliability they depend on — every day.

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Brainerd Chemical Company

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Brainerd Chemical Wins Top Workplace

FOR IMMEDIATE RELEASE

Brainerd Chemical Named a Top Workplace in Oklahoma for Fifth Time in Six Years

TULSA, Okla. (2025) — Brainerd Chemical Company has been named a Top Workplace in Oklahoma by The Oklahoman for the fifth time in six years, an honor based entirely on anonymous employee feedback.

The recognition places Brainerd Chemical among a select group of mid-sized organizations consistently recognized for strong workplace culture, employee trust, and leadership effectiveness. Winners are determined through a confidential third-party survey administered by Energage, which measures employee experience across areas such as respect, growth opportunities, empowerment, and work-life balance.

“Stewardship guides how we lead and how we show up for one another,” said Mat Brainerd, chairman and CEO of Brainerd Chemical. “This recognition matters because it reflects how our employees feel about their work, their voices, and the culture we’re building together.”

Brainerd Chemical was recognized in the 35–149 employee category.

Gregg Johnson, human resources director, said the award reinforces the company’s commitment to listening and accountability. “We ask for honest feedback, and we take it seriously. This recognition belongs to our team and the trust they place in us every day.”

Founded more than 65 years ago, Brainerd Chemical manufactures, blends, and distributes specialized chemistries, including high-hazard materials, through a national network of rail terminals and bulk storage facilities. The company serves domestic and international markets with a focus on safety, reliability, and long-term partnerships.

The Top Workplaces award is one of the nation’s most credible workplace recognitions, relying solely on employee survey data rather than nominations or judging panels.

About Brainerd Chemical Company

Brainerd Chemical Company is a privately held chemical manufacturer and hybrid distributor specializing in high-hazard chemistries and complex supply chains. Headquartered in Tulsa, Oklahoma, the company operates facilities across the United States and serves customers worldwide.

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Brainerd Chemical Company

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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 Talent Is a Strategic Priority

Every year, the Alliance for Chemical Distribution (ACD) annual meeting offers a clear snapshot of where the industry is headed. But this year, one theme rose above the rest: the companies winning the next decade are the ones investing in people, not just processes.

“In today’s chemical industry, strategy only matters if you have the people who can execute it. Talent, training, and leadership development are now as critical to competitiveness as safety and supply reliability.”
— Matt Brainerd, Chairman, Brainerd Chemical Company

With regulatory pressures reshaping operations, global trade dynamics introducing new volatility, and customers expecting more transparency and responsiveness than ever before, workforce capability has become a true differentiator. The companies developing their people — their judgment, leadership, technical expertise, and communication skills — are the ones building the strongest foundations for growth.

A Competitive Advantage

For decades, the chemical sector has leaned heavily on operational efficiency, footprint, and supply reliability. While these remain essential, the industry’s evolution is forcing an additional layer of capability: talent that can think, adapt, lead, and collaborate in increasingly complex environments.

In this environment, people become the stabilizing force, the problem-solvers who ensure reliability, trust, and resilience even when market conditions shift. That’s why the conversations at ACD focused not only on where the industry is going, but who will lead it forward.

A Path Forward

Brainerd Chemical has long believed that industry leadership isn’t defined by scale, but by the discipline, capability, and character of your people. Talent is a strategic differentiator in chemical distribution as essential as supply reliability and safety performance.

The companies building stronger teams today aren’t just more competitive — they’re building stronger a more resilient chemical industry for tomorrow.

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