Maratek Solvent Recovery Insights Blog

How Solvent Recovery Equipment Helps US Manufacturers Meet Compliance

Colin Darcel — Fri, 03 Jul 2026 20:15:22 GMT

If your facility uses solvents in manufacturing, cleaning, or coating operations, you are subject to a layered web of US environmental and safety regulations from the Resource Conservation and Recovery Act (RCRA) to Clean Air Act VOC limits to OSHA flammable liquid standards. Solvent recovery equipment offers one of the most direct and cost-effective tools available for meeting these obligations while simultaneously reducing your disposal costs.

This guide explains which regulations apply, what they require, and how onsite solvent recycling systems help US manufacturers achieve and maintain compliance.

The Compliance Challenge for Solvent Using Manufacturers

Used or spent solvents are classified as hazardous waste under federal law now they are no longer suitable for their original purpose. That classification triggers a series of obligations to storage time limits, manifesting requirements, licensed disposal contractors, reporting, and inspection risk all of which add cost and administrative burden.

The more solvent waste your facility generates, the more exposed you are. Large Quantity Generators (LQGs) face stricter timelines and more frequent EPA scrutiny than Small Quantity Generators (SQGs). Reducing hazardous waste generation at the source is not just good for environmental practice; it directly lowers your regulatory classification and compliance burden.

Key Regulatory Reality

Under RCRA, facilities that recycle solvents on site using closed loop distillation may qualify for a hazardous waste exemption on the recovered material significantly reducing reporting obligations. Consult your environmental counsel to confirm applicability.

Which US Regulations Apply to Solvent Use?

The following federal regulations most directly affect manufacturers that use, store, or dispose of industrial solvents:

Regulation	What It Requires	How Solvent Recovery Helps
RCRA (40 CFR Part 261)	Classify & manage hazardous waste solvents	Recycles solvents onsite reduces waste volume classified as hazardous
Clean Air Act / VOC Limits	Limit volatile organic compound emissions	Closed loop distillation contains VOC vapors, preventing atmospheric release
OSHA 29 CFR 1910.106	Control flammable liquid exposure & storage	Automated operations reduce manual handling and solvent contact
State Air Quality Permits	Meet facility level solvent emission caps	Onsite recovery reduces solvent throughput and total emissions
EPA Solvent Wipe Rule	Manage used solvent wipes as recyclable	Recovered solvent can be reused in cleaning operations

In addition to federal requirements, many states including California, New York, Texas, and Illinois layer additional air quality permits, reporting thresholds, and disposal restrictions on top of federal rules. Onsite solvent recovery reduces your total solvent footprint across all these frameworks simultaneously.

How Solvent Recovery Equipment Supports RCRA Compliance

RCRA's hazardous waste regulations (40 CFR Parts 261 270) are the primary compliance driver for solvent use by manufacturers. Here is how solvent recovery systems directly address RCRA requirements:

1. Reducing Hazardous Waste Volume

Solvent distillation units reclaim 85-95% of spent solvent for reuse. A facility generating 50 drums of solvent waste per month can reduce that to 5-7 drums of concentrated still bottoms dramatically lowering the volume subject to RCRA manifesting, storage, and disposal requirements.

2. Potentially Qualifying for the Reclamation Exemption

Under 40 CFR 261.2(c)(3), solvents being reclaimed may qualify as excluded from RCRA's definition of solid waste if managed in a closed loop system and returned to the original process. This exemption is facility specific and requires documentation, but it can eliminate hazardous waste classification entirely for the recovered material.

3. Reducing Generator Status Risk

The EPA's 2016 Generator Improvements Rule tightened the distinction between LQG and SQG status. Facilities near the 1,000 kg/month threshold benefit most from onsite recovery: reducing waste generation below that threshold drops reporting frequency, storage time limits, and inspection exposure.

How Solvent Recovery Equipment Supports Clean Air Act Compliance

Volatile organic compounds (VOCs) evaporated from solvent use are regulated under the Clean Air Act and its state implementation plans. Manufacturers with air quality permits face facility level emission caps that, when exceeded, trigger permit modifications, fines, or operational curtailments.

Modern solvent recovery systems use closed loop distillation with vapor recovery or condensation systems that prevent VOC release during the recovery process. Key benefits include:

Reduced total solvent consumption less fresh solvent purchased means fewer VOC generating evaporation events
Contained recovery process vapors are captured and condensed, not vented
Audit ready metering many systems track solvent throughput, giving you documentation for air permit compliance reports
Closed systems minimize open air solvent handling by operators
Automated loading and unloading reduce manual drum contact
Onsite recovery reduces the volume of solvent stored awaiting disposal lowering OSHA storage quantity thresholds
Many systems include built in explosion proof components, nitrogen blankets, and temperature controls designed to meet OSHA and NFPA 30 requirements
Waste generation logs showing volume reduction trends
Manifests for still bottoms shipped off site (properly characterized as hazardous waste)
Air permit compliance reports showing total solvent throughput
Equipment maintenance records demonstrating operational reliability
Training records for operators handling flammable solvents

How Solvent Recovery Equipment Supports OSHA Compliance

OSHA's flammable liquid standard (29 CFR 1910.106) and Hazard Communication standard (29 CFR 1910.1200) create significant obligations for facilities that handle industrial solvents manually drum storage, transfer, and disposal all introduce exposure and ignition risk.

Automated solvent recovery systems reduce these risks in several ways:

Which Solvent Recovery Equipment Options Best Help US Manufacturers Meet Compliance?

The right system depends on your solvent type, volume, and primary compliance driver. Below are the main categories:

Batch Distillation Units

The most common configuration for small to mid-volume facilities (5 100-gallon batches). Solvent is loaded into the still, heated to vaporization, condensed, and collected as clean recovered solvent. Still, the bottoms (the concentrated waste residue) are removed periodically. These units are well suited for facilities with multiple solvent types needing separate recovery runs.

Continuous Flow Systems

Higher volume operations benefit from continuous distillation systems that process solvent streams without interruption. These are common in automotive painting lines, flexographic printing, and large-scale industrial cleaning operations where compliance documentation and throughput metering are critical.

Explosion Proof and Classified Area Systems

For facilities handling particularly flammable solvents (MEK, acetone, toluene, xylene), explosion proof systems meet OSHA 29 CFR 1910.106 and NEC Class I Division 1 requirements. These units are essential where compliance requires not just waste reduction but also safe operational design.

Rental vs. Capital Purchase

Facilities uncertain about long term solvent volumes or those seeking off balance sheet compliance solutions can access solvent recovery through rental programs. Rental units include maintenance and servicing, removing the compliance risk of equipment downtime. This model is increasingly used by mid-size manufacturers who need compliance capability without capital expenditure approval cycles.

Documentation and Audit Readiness

Compliance is not only about what your equipment does, it is about what you can demonstrate. EPA and OSHA inspectors look for:

Maratek's solvent recovery systems are designed with operational documentation in mind. Our team provides support for characterizing still bottoms correctly under RCRA and advising on how to structure records for audit review.

Compliance Summary

Solvent recovery equipment helps US manufacturers on three regulatory fronts simultaneously: RCRA (hazardous waste reduction and potential reclamation exemption), Clean Air Act (VOC emission reduction through closed loop processing), and OSHA (reduced manual solvent handling and lower flammable liquid storage volumes).

Talk to Maratek About Your Compliance Situation

Maratek Environmental has been supplying solvent recovery and recycling equipment to North American manufacturers since 1967. We work with facilities across paint and coatings, automotive, aerospace, flexographic printing, and industrial manufacturing industries where solvent compliance is an ongoing operational priority.

Whether you are looking to reduce your RCRA generator status, meet an air quality permit requirement, or simply cut solvent disposal costs while improving your compliance posture, our team can recommend the right system for your facility available for purchase or rental.

Contact Maratek today to discuss your solvent compliance requirements.

How to Build a Solvent Waste Management Program in 2026

Colin Darcel — Fri, 19 Jun 2026 16:34:21 GMT

If your facility uses solvents in any part of its production process, you already have a solvent waste management problem — the only question is whether you have a program to manage it.

For manufacturing facilities and EHS leaders, a structured solvent waste management program isn't just a regulatory box to check. Done right, it reduces disposal costs, lowers environmental liability, keeps your team safe, and positions your facility for the tightening compliance landscape heading into 2026 and beyond.

This guide walks you through the key components of a practical, effective solvent waste management program — one built around on-site solvent recycling equipment as its operational core.

Why a Formal Program Matters More Than Ever in 2026

Informal solvent waste handling — drumming up waste, calling for a pickup when the drums are full, filing the paperwork — gets expensive fast and leaves too much to chance.

Regulatory agencies across North America are tightening VOC emissions standards and hazardous waste tracking requirements. Environmental audits are more thorough. Cradle-to-grave liability is more rigorously enforced. And the cost of non-compliance — fines, remediation, reputational damage — has increased significantly.

A formal program replaces reactive waste handling with a documented, repeatable process that gives you control over costs, compliance, and risk. It also gives you data: how much solvent you're consuming, how much waste you're generating, how much you're recovering — and where the opportunities are.

Step 1: Audit Your Current Solvent Use and Waste Streams

You can't design a program without understanding what you're working with. Start with a complete solvent audit:

Identify every solvent in use across your facility:

What solvents are used, in what processes, and at what volumes?
What are the contamination profiles — what does the solvent pick up during use (oils, resins, pigments, particulates)?
Where is solvent waste generated, and how is it currently collected and stored?
How many litres or drums of spent solvent leave your facility per month?
What are you currently paying for disposal, transportation, and manifesting?
Are there mixed waste streams that could be separated for better recovery rates?
Keeping solvents separate by type — halogenated and non-halogenated solvents must never be mixed, both for safety and regulatory reasons.
Separating lightly contaminated from heavily contaminated waste — lightly contaminated solvent recovers more cleanly and at higher yield.
Isolating high-value solvents — if you're using expensive solvents like IPA, acetone, or MEK at volume, keeping those streams pure maximizes recovery value.
Solvent recovery rate — percentage of waste processed that comes back as reusable solvent
Disposal volume reduction — litres or drums of hazardous waste eliminated per month versus your pre-program baseline
Fresh solvent offset — how much virgin solvent purchasing has been displaced by recovered product
Total cost savings — combined disposal cost reduction plus procurement savings, tracked against equipment and operating costs
Compliance incidents — tracking near-misses and incidents helps identify gaps before they become audit findings

Quantify your waste generation:

This baseline is the foundation of your program. It identifies your highest-volume streams, your biggest cost centres, and your best recovery opportunities.

Step 2: Segregate Your Waste Streams

Not all solvent waste is equal — and mixing incompatible streams reduces recovery quality, creates safety hazards, and complicates compliance documentation.

Effective waste segregation means:

Clear labelling, dedicated collection containers, and staff training are the practical tools that make segregation work consistently on the shop floor.

Step 3: Design Your Distillation Workflow

On-site solvent distillation is the engine of an effective solvent waste management program. Once your waste streams are audited and segregated, you can design a recovery workflow that matches your actual operation.

Key decisions at this stage:

Batch size and frequency — How often do you accumulate enough waste to run a distillation cycle? This determines whether you need a compact unit for daily small-batch processing or a larger system for weekly high-volume runs.

System selection — The distillation unit must be compatible with your solvent types. Flammable solvents require explosion-proof equipment certified to ATEX or CSA/UL standards. Chlorinated solvents require specific materials of construction to prevent corrosion and contamination.

Recovery targets — What purity level does your recovered solvent need to meet for reuse? In most industrial cleaning and degreasing applications, distilled solvent meets or exceeds required purity without further treatment.

Residue management — What happens to the distillation residue (the concentrated waste left after recovery)? Depending on composition, it may be classified differently than liquid hazardous waste, often at a lower disposal cost.

Maratek works with facilities to map their specific waste streams to the right equipment configuration — batch size, solvent compatibility, safety ratings, and footprint all factor into the recommendation.

Step 4: Establish Compliance Controls and Documentation

A solvent waste management program needs a documentation backbone. This is what protects you during audits and demonstrates due diligence to regulators.

Your compliance controls should include:

Waste tracking logs — Record every batch processed: volume in, solvent type, contamination level, recovery yield, residue volume out. This data also helps you optimize your program over time.

Manifesting and disposal records — Even with on-site recovery, you'll still have residue to dispose of. Maintain complete manifests and chain-of-custody documentation for all waste leaving your facility.

VOC emissions monitoring — If your facility is subject to air quality permits, document how your closed-loop distillation system is reducing evaporative VOC emissions versus open handling.

Equipment maintenance records — Distillation equipment needs periodic maintenance. Documenting service history supports both equipment performance and regulatory defensibility.

Training records — Ensure staff involved in solvent handling, collection, and equipment operation are trained and that training is documented.

Regulators want to see that your program is real, consistent, and managed — not just written down in a policy document. Operational records are what demonstrate that.

Step 5: Measure, Optimize, and Report

The best solvent waste management programs are living systems, not static policies. Once your program is running, establish a regular review cycle — quarterly is a practical starting point.

Key metrics to track:

Reporting these metrics internally keeps the program visible to management and supports the case for continued investment. It also gives you the data to demonstrate environmental performance improvements to customers, insurers, or certifying bodies.

Common Mistakes to Avoid

Even well-intentioned programs can underperform if a few common pitfalls aren't addressed:

Undersizing the equipment — A distillation unit that can't keep pace with waste generation creates a bottleneck that defeats the purpose of having on-site recovery.

Skipping segregation — Mixed waste streams produce lower-quality recovered solvent and higher residue volumes. Segregation is foundational, not optional.

Treating the program as a one-time setup — Solvent use, waste volumes, and regulations change. Programs that aren't reviewed regularly drift out of alignment.

Neglecting staff training — Equipment is only as effective as the people operating it. Consistent training is a recurring investment, not a one-time orientation.

Putting It All Together

A well-designed solvent waste management program doesn't have to be complicated — but it does have to be systematic. The facilities that get the most out of their solvent recycling investment are the ones that treat it as a program, not just a piece of equipment.

Audit your streams. Segregate your waste. Install appropriately sized and rated distillation equipment. Build your documentation controls. Measure your results. Repeat.

The result is a facility that spends less on solvent disposal, buys less fresh solvent, carries less regulatory risk, and has the data to prove it.

Ready to build your program? Maratek's team has helped manufacturers across North America design and implement solvent recovery programs matched to their operations, compliance requirements, and budgets. Get in touch to start with a waste stream assessment.

How Solvent Distillation Reduces Hazardous Waste in Manufacturing

Colin Darcel — Mon, 08 Jun 2026 15:40:04 GMT

Hazardous waste is one of the most expensive and liability-heavy challenges facing manufacturing operations today. And facilities that use solvents in their production processes — whether for cleaning, degreasing, coating, or extraction — a significant portion of that waste doesn't have to exist at all.

Solvent distillation is one of the most effective and proven methods manufacturers use to dramatically reduce their hazardous waste volume, recover valuable materials, and stay ahead of increasingly strict environmental regulations. Here's how it works — and why more facilities are making it a core part of their waste management strategy.

The Hazardous Waste Problem in Solvent-Heavy Manufacturing

Solvents are used across a wide range of manufacturing industries — automotive, aerospace, electronics, pharmaceuticals, printing, metal fabrication, and more. After use, these solvents become contaminated with oils, resins, paints, or other process byproducts, rendering them unsuitable for reuse in their current state.

The traditional approach? Drum it up and send it out for third-party disposal.

The problem with that approach is threefold. First, it's expensive — disposal costs compound quickly when you're managing hundreds or thousands of litres of solvent waste per month. Second, it generates ongoing environmental liability. Under most jurisdictions' hazardous waste regulations, the generator (your facility) retains cradle-to-grave responsibility for that waste, even after it leaves your site. Third, it's wasteful. The contaminated solvent still has significant reusable value — it's just mixed with material that needs to be separated out.

Solvent distillation changes the equation on all three counts.

How Solvent Distillation Systems Work

At its core, solvent distillation is a physical separation process. Contaminated solvent is heated inside a distillation unit until the solvent vaporizes, leaving the contaminants — oils, resins, pigments, sludge — behind as a concentrated residue. The solvent vapour is then cooled and condensed back into liquid form, emerging as a clean, reusable product.

The result: recovered solvent that can go directly back into your production process, and a small volume of concentrated solid or semi-solid waste that's far easier (and cheaper) to dispose of than liquid hazardous waste.

Most modern solvent recycling equipment operates in batch cycles and is designed to handle a wide variety of solvents, including:

Ketones — MEK, acetone, MIBK
Alcohols — isopropyl alcohol (IPA), ethanol, methanol
Aromatics — toluene, xylene
Chlorinated solvents — trichloroethylene, perchloroethylene
Esters and glycol ethers — ethyl acetate, butyl acetate
Without recycling: 500 L of contaminated solvent goes to third-party disposal each month. At typical disposal rates, that's a significant ongoing cost — plus fresh solvent purchases to replace what was discarded.
With a distillation system: 85–95% is recovered and reused. Only 25–75 L of concentrated residue requires disposal. Fresh solvent purchases drop proportionally.
Solvent compatibility — Does the system handle your specific solvent type and contamination profile?
Processing capacity — Is the batch size matched to your waste generation rate?
Safety certifications — For flammable solvents, explosion-proof ratings (ATEX or CSA/UL) are non-negotiable.
Regulatory compliance — The system should support your documentation and reporting requirements, not complicate them.
After-sales support — Distillation equipment requires periodic maintenance; local service capability matters.

The right system for your operation depends on your solvent type, contamination level, and processing volume — but the underlying principle is the same across applications.

How Manufacturers Reduce Hazardous Waste Using Solvent Recycling Equipment

This is where the operational impact becomes tangible. When a facility installs an on-site solvent distillation system, several things happen simultaneously:

1. Waste Volume Drops Dramatically

A properly sized solvent recycling system typically recovers 85–95% of the usable solvent from contaminated waste streams. That means instead of sending 100 litres of liquid hazardous waste for disposal, you're sending 5–15 litres of solid or semi-solid residue. The reduction in waste volume is immediate and measurable — and it shows directly in your disposal costs and manifest documentation.

2. Recovered Solvent Re-Enters Production

The distilled solvent isn't just "less waste" — it's a usable product. Most recovered solvents meet quality standards sufficient for reuse in the same or similar applications they came from. That directly offset your fresh solvent purchasing costs, turning a waste management expense into a procurement saving.

3. Regulatory Exposure Decreases

Less hazardous waste leaving your facility means fewer manifests, reduced transportation risk, and lower cradle-to-grave liability. For EHS compliance leaders, this is significant. Regulatory agencies across North America are tightening VOC emissions standards and hazardous waste tracking requirements — and facilities that reduce their waste generation at the source are better positioned to meet those requirements without costly retrofits or process overhauls.

4. VOC Emissions Are Better Controlled

Open solvent handling and storage are a primary source of VOC (volatile organic compound) emissions in manufacturing environments. Closed-loop distillation systems minimize evaporative losses during the recovery process, keeping VOCs contained rather than released into the facility air or atmosphere. For facilities working toward air quality compliance or trying to reduce their environmental footprint, this is a meaningful operational benefit.

What the Numbers Look Like in Practice

To put this in concrete terms, consider a mid-size manufacturing facility using 500 litres of solvent per month:

Over a 12-month period, the combined savings on disposal and solvent procurement typically cover the equipment cost — often within 12 to 24 months, depending on solvent type and volume.

On-Site Recycling vs. Third-Party Solvent Recovery Services

Some facilities opt to send their solvent waste to off-site recovery services rather than investing in on-site equipment. Both approaches reduce landfill-bound hazardous waste, but they differ meaningfully in cost structure and control.

Third-party recovery services involve transportation costs, scheduling logistics, and ongoing service fees. You still retain liability until the waste is accepted and processed, and you're dependent on a vendor's capacity and pricing.

On-site distillation systems put the process under your control. Recovery happens on your timeline, at your facility, with your staff. The upfront CAPEX is higher, but the ongoing operational cost is typically a fraction of what third-party services charge — and the recovered solvent stays in your supply chain.

For most facilities processing more than a few hundred litres of solvent waste per month, on-site equipment delivers a stronger long-term ROI.

Choosing the Right Solvent Distillation System

Not all distillation systems are created equal, and selecting the right one matters for both performance and compliance.

Key factors to consider:

Maratek designs and manufactures solvent recycling equipment specifically for industrial applications across North America, with systems ranging from compact bench-top units to high-capacity production systems. Every unit is built to handle the safety, and compliance demands of real manufacturing environments.

The Bottom Line

Solvent distillation is one of the most direct and cost-effective tools available to manufacturers looking to reduce hazardous waste, cut disposal costs, and improve their environmental compliance profile — all at the same time.

For EHS leaders and facility managers, it addresses the core challenge: turning an ongoing liability into a controlled, manageable process with measurable financial returns.

Want to see how much your facility could recover? Maratek's team can assess your current solvent waste volumes and help you build a recovery solution that fits your operation and your budget.

How to Build a Business Case That Actually Gets Approved in 2026: Solvent Recycling Equipment ROI

Colin Darcel — Thu, 28 May 2026 17:23:45 GMT

If you're an EHS manager or plant operations leader, you already know solvent recycling equipment makes sense — environmentally and operationally. But getting finance to sign off on the capital expenditure? That's a different conversation entirely.

The truth is, most CAPEX requests for solvent recycling equipment fail not because the ROI isn't there, it's because the business case isn't presented in a way that speaks the language of decision-makers. This guide walks you through how to build one that does.

Why Factories Keep Losing Money on Solvent Management

Before you can justify the investment, it helps to understand where the real cost is hiding.

Many industrial facilities are quietly bleeding money through their solvent disposal practices. Fresh solvent purchases, third-party waste hauling fees, regulatory compliance costs, and liability exposure from improper disposal all add up — fast. In many operations, solvent-related costs can represent tens of thousands to hundreds of thousands of dollars annually, yet they rarely appear as a single line item that gets scrutinized in the way capital equipment does.

That invisibility is part of the problem. Because the costs are distributed across procurement, waste management, and EHS budgets, the total pain is rarely felt at all times — which makes it easy to overlook. Until you add it all up.

What Makes It Hard to Justify the Investment

Here's the irony: the equipment often pays for itself within 12 to 36 months — but the business case gets rejected because it wasn't framed the right way.

Common obstacles include:

No clear payback period — Decision-makers want to know when they break even, not just that savings "will be significant."
Missing compliance context — Regulatory risk is real, but it needs to be quantified (potential fines, audit exposure, disposal liability) to move a finance team.
Underestimating operational savings — Recovered solvents that re-enter the production process reduce fresh solvent purchases directly. That's a hard dollar saving that's often left out of the proposal.
CAPEX vs. OpEx framing — Sometimes the issue is structural. Presenting the equipment through a lease or financed arrangement can shift the conversation entirely.
Annual spend on virgin/fresh solvent purchases
Third-party solvent waste disposal costs (per drum, per year)
Internal labour costs for handling, storage, and compliance documentation
Any regulatory fees, manifest costs, or environmental permits tied to solvent waste
Reduced fresh solvent purchases — Recovered solvent goes back into production, directly offsetting what you'd otherwise buy.
Dramatically reduced disposal volume — Less waste to haul means lower hauling fees and reduced manifest and compliance burden.
Lower liability exposure — Every drum that doesn't leave your facility as hazardous waste is a drum that can't come back as an environmental liability.
Depreciation schedule (typically 5–7 years for industrial equipment)
Maintenance costs (generally low for well-designed distillation systems)
Any applicable grants or incentives for environmental equipment in your jurisdiction
Current cost of compliance documentation and third-party audits
Potential fine exposure based on your jurisdiction's regulations (your EHS team or environmental counsel can help estimate this)
Reduction in cradle-to-grave liability once solvent is recovered on-site rather than transported off-site

The good news: every one of these obstacles has a straightforward solution.

Building Your ROI Business Case: Step by Step

Step 1 — Calculate Your Current Solvent Costs

Start with what you're spending today. Pull together:

Add these up. For most mid-size industrial operations, the combined annual cost lands somewhere between $50,000 and $300,000+ depending on volume and solvent type.

This total becomes your baseline — and your opportunity.

Step 2 — Estimate Post-Equipment Savings

A properly sized solvent recycling system from Maratek can typically recover 85–95% of your waste solvent for reuse. Here's how that translates to savings:

Run the numbers: if you're spending $150,000 per year on solvent management and a recycling system recovers 90% of your waste, your gross annual savings could be in the range of $80,000–$120,000 — depending on your solvent cost and disposal fees.

Step 3 — Calculate Your Payback Period

This is the number your CFO wants to see first.

Simple Payback Period = Equipment Cost ÷ Annual Net Savings

If a system costs $120,000 and generates $90,000 in annual savings, your payback period is approximately 16 months. That's a compelling number for any capital request.

For a more complete picture, factor in:

Step 4 — Quantify Compliance and Risk Reduction

This section often gets left out of CAPEX proposals — but it can be the one that tips the decision.

Regulatory risk is real and increasingly expensive. Improper solvent disposal can trigger fines from environmental agencies, remediation costs, and reputational damage that's hard to put a number on after the fact. When building your business case, include:

Even a conservative estimate of risk reduction strengthens the financial argument significantly.

Step 5 — Present Decision-Ready Outputs

A strong business case doesn't make decision-makers do math. It hands them conclusions.

Structure your presentation to include:

Executive summary — total current cost, projected savings, payback period (one page)
Assumptions table — solvent recovery rate, solvent purchase price, disposal cost per unit
Year-over-year savings projection — a simple 5-year model showing cumulative savings vs. equipment cost
Compliance risk summary — current exposure, projected reduction
Equipment recommendation — system specifications matched to your volume and solvent type

Keep it grounded in your actual data. Inflated savings projections are easy to challenge — conservative, well-documented ones are much harder to reject.

A Quick Word on Solvent Type and System Selection

Not all solvents are the same, and not all recycling systems are built to handle every application. The right system for your operation depends on the solvents you use (MEK, acetone, IPA, toluene, xylene, and blends all behave differently in distillation), your volume, and your facility's footprint and power capacity.

Maratek's team works with industrial facilities across North America to match the right system to the right application — and to help develop the supporting documentation you need for CAPEX approval, including ROI projections based on your actual usage data.

Bottom Line

Solvent recycling equipment is one of the strongest ROI investments available to industrial facilities in 2026 — from a financial, operational, and regulatory standpoint. The challenge isn't the numbers; it's presenting them clearly.

A well-structured business case built on real data, a defined payback period, and a clear compliance risk summary gives your organization every reason to say yes.

Ready to run the numbers for your facility? Contact the Maratek team to get a customized ROI analysis based on your current solvent volumes, disposal costs, and operational profile.

Scalable Solvent Recovery: How to Match Equipment to Production Volume | Maratek

Colin Darcel — Thu, 21 May 2026 15:10:41 GMT

In the industrial landscape of 2026, operational flexibility is the ultimate competitive advantage. Whether you are a specialized laboratory processing five gallons of waste a day or a global packaging giant handling over 10,000 gallons, your solvent recovery strategy must be able to scale alongside your business.

A "one-size-fits-all" approach to distillation often leads to wasted energy or massive production bottlenecks. To solve this, industrial recovery systems must be engineered across a wide spectrum of capacities from small-batch units to large-scale continuous distillation columns. This ensures that a facility can Automate, Optimize, and Scale its chemical recycling without ever sacrificing purity or safety.

The Entry Level:
Small to Medium Volume Recovery (5 – 300 Gallons Per Day)

For many facilities, the journey to sustainability starts at the batch level. Small and medium-sized units are designed for operations that need to eliminate the "hidden tax" of chemical disposal without requiring dedicated facility upgrades or massive floor space.

At this scale, the technical focus is on mechanical simplicity and safety. These systems often utilize Pneumatic Tilting mechanisms, which allow operators to safely rotate the unit for easy gravity-assisted sludge removal and maintenance.

Despite their smaller footprint, these units maintain the highest industrial safety standards, featuring MetLab Certified Class I Division I (C1D1) explosion-proof construction. This ensures that even the smallest shop can operate in a hazardous environment with total peace of mind.

The Mid-Tier:
High-Efficiency Automation (300 – 800 Gallons Per Day)

As production grows, the labor costs associated with manual batch loading become a significant operational hurdle. This is where recovery technology shifts from simple distillation to integrated automation.

Systems in this range introduce Automatic Filling with Top-Up capabilities. By pulling waste directly from various containers and automatically topping up during the recovery process, these units eliminate the downtime associated with manual restarts. Furthermore, the inclusion of Automatic Clean Solvent Discharge ensures that as the solvent is purified, it is immediately pumped to waiting containers. This creates a "hands-free" workflow, allowing your staff to focus on production rather than waste management.

Industrial Power:
Large-Scale & Continuous Solutions (Over 800 Gallons Per Day)

For high-volume manufacturing, pharmaceutical, and printing plants, recovery is a 24/7 utility. At this scale, systems transition into Continuous Distillation, which can process anywhere from 800 to over 10,000 gallons per day.

The engineering priority for large-scale recovery is Thermal Efficiency. These systems utilize Vacuum Assistance (using liquid ring or dry screw vacuum technology) to lower the boiling point of the solvent.

This physics-based approach allows the system to evaporate solvent at significantly lower temperatures, which:

✔️ Protects the Chemical: Prevents "thermal cracking" or acidification of sensitive solvents.

✔️ Saves Energy: Reduces the kilowatt-hours required to maintain the distillation cycle.

✔️ Increases Yield: Enables the facility to recover up to 95% of available solvents, even from highly contaminated waste streams.

The Technical Backbone: Universal Standards Across the Range

While the size of the machine changes, the "future-proof" technology inside remains consistent. Regardless of volume, a professional-grade recovery range must include:

✔️ 304 Stainless Steel Construction: All product-contact surfaces are built to resist corrosion and ensure a 50+ year equipment lifespan.

✔️ Allen-Bradley PLC Systems: Using industry-leading automation with 10-inch touch screens for intuitive control.

✔️ Lifetime Remote Support: The ability for engineers to remotely view and control the system ensures that any facility, regardless of its size or location, has instant access to technical expertise.

Conclusion: A Partnership for Long-Term Growth

Choosing a solvent recovery system is more than just solving today's waste problem; it is about preparing for tomorrow’s growth. By investing in a range of equipment that spans from 5 to 10,000+ gallons, you ensure that your facility remains lean, compliant, and profitable as your production needs evolve. When you control your own chemical loop, you are no longer at the mercy of volatile solvent markets or rising disposal costs.

Contact Us

Not sure which capacity is right for your facility? Contact Maratek today for a technical feasibility study. Our engineers will analyze your waste stream and production volume to find the perfect recovery solution for your operation.

Is Small-Volume Solvent Recovery Worth It? | Maratek On-Site Solutions

Colin Darcel — Wed, 13 May 2026 16:08:22 GMT

For many specialized manufacturing facilities, boutique print shops, and laboratories, the decision to invest in on-site solvent recovery often hinges on a single question: Is our waste volume high enough to justify capital expenditure? There is a persistent industrial misconception that solvent distillation is a solution reserved only for "mega-plants" processing thousands of gallons a day. The economic landscape of 2026 defined by skyrocketing hazardous waste tax, volatile petrochemical supply chains, and strict ESG reporting has made small-volume recovery one of the fastest ways for a mid-sized facility to increase its immediate cash flow.

The Hidden "Triple Cost" of Small-Scale Waste Management

When a facility generates a relatively small amount of solvent waste (e.g., 20 to 55 gallons per week), it often falls into what economists call a "high-cost trap." Small-quantity generators typically face a triple financial hit that goes unnoticed on standard balance sheets:

The Procurement Premium: Small-batch buyers rarely have the leverage to negotiate bulk pricing for virgin solvents. You are likely paying the highest market rate for every gallon of Acetone, MEK, or IPA you bring into the building.

The Service Fee Inflation: Hazardous waste haulers operate on logistics. If they must send a truck to pick up only two drums, they often apply "minimum pickup fees" and "fuel surcharges" that can double the effective cost per gallon of disposal.

The Regulatory Burden: Even if you only produce one drum of waste a month, you are still legally classified as a hazardous waste generator. This requires staff time for manifest tracking, specialized insurance, and the constant risk of EPA or local environmental audits.

By recovering these small volumes on-site using the Maratek Solvent Saver, you aren't just saving the cost of a chemical; you are dismantling the expensive infrastructure of waste disposal.

Engineering the ROI: How the Our Units Makes Small Batches Profitable

The key to making small-volume recovery profitable is minimizing the "cost to process." If a machine requires constant manual labor, the savings are eaten by payroll. Maratek has engineered the SSBP specifically to remove this barrier through three technical pillars:

1. Vacuum-Assisted Efficiency

Standard atmospheric stills require high heat to boil solvent, which can degrade the chemical and consume significant electricity. The unit utilizes a Dry Screw Vacuum System. By lowering the atmospheric pressure inside the vessel, the solvent boils at a much lower temperature. This not only protects the "virgin-quality" of the recovered solvent but also slashes the energy cost per gallon, making even a 32-gallon batch highly efficient.

2. The "Set and Forget" Automation

The unit is powered by an Allen-Bradley PLC system with a 10-inch touch screen. This allows for a "completely automated operation." Your staff simply loads the unit and presses start. The system monitors the temperature curves, manages the vacuum levels, and shuts down automatically when the cycle is complete. This means your "labor cost" for recovery is effectively zero.

3. Maximum Yield (The 95% Rule)

In a small-volume operation, every drop counts. Many entry-level recyclers leave a significant amount of solvent trapped in the sludge. Maratek’s precision heating and vacuum control allow you to recover up to 95% of available solvent. If you start with a 55-gallon drum of waste, you are putting over 52 gallons of clean, usable solvent back into your production line.

Operational Resilience in a Volatile Market

Beyond the immediate ROI, small-volume recovery provides a "Supply Chain Safety Net." In 2026, chemical shortages can happen overnight. A facility that recycles on-site is 95% less dependent on external distributors. When your competitor is waiting on a back-ordered shipment of solvent, your production line is still running because your solvent is in a closed loop.

Furthermore, with Maratek’s Lifetime Remote PLC Support, even facilities with limited maintenance staff have a direct link to our engineering team. We can remotely optimize your batch cycles and troubleshoot sensors, ensuring that your path to profitability is never interrupted.

Conclusion: Closing the Loop on Every Gallon

In the 2026 market, industrial profitability is found in the margins. Small-volume solvent recovery is no longer a luxury; it is a strategic necessity for any lean operation. By eliminating the "hidden tax" of chemical disposal and reclaiming the value of your existing assets, you create a more resilient, sustainable, and profitable business.

Contact Us

Ready to stop paying for expensive waste pickups and start saving? Contact Maratek today to see how our smaller units can turn your small-volume waste into a high-purity asset.

Why Internal Scrapers are Critical for High-Solids Solvent Recovery | Maratek

Colin Darcel — Tue, 05 May 2026 14:48:07 GMT

In the world of industrial distillation, heat transfer is the engine of efficiency. However, as solvent evaporates, it leaves behind a concentrated residue: sludge, resins, pigments, or oils that threaten to stall that engine. This is where the internal scraper becomes the most critical component of a high-performance recovery system. Without an active scraping mechanism, even the most advanced recovery unit can quickly become an inefficient, high-maintenance liability.

The Physics of the "Insulation Barrier"

The primary challenge in recovering "dirty" solvent is the transition of waste from a liquid to a semi-solid or solid state. As the solvent boils off, the remaining solids tend to gravitate toward the heat source, the vessel walls. If left undisturbed, these solids "bake" onto the stainless-steel surface, creating a thick, crusty layer known as scale.

This scale acts as a powerful thermal insulator. In a standard non-scraped unit, this means the heater must work twice as hard to push heat through the sludge layer to reach the liquid solvent, leading to skyrocketing energy costs and significantly longer cycle times. Furthermore, this "hot spotting" can cause thermal degradation of the solvent, turning your recycled product acidic or discoloured.

How the Maratek Scraper Maintains Peak Performance

Maratek’s Solvent Saver Continuous (SSC) and Batch Premium (SSBP) units utilize an engineered internal scraper system designed for the most demanding industrial environments. These are not merely stirrers; they are high-torque, explosion-proof components that serve three vital technical functions:

Continuous Surface Renewal: The scraper blades constantly wipe the interior 304 stainless steel walls of the distillation vessel, ensuring that "fresh" liquid solvent is always in direct contact with the heated surface. This maintains a consistent, high-speed evaporation rate from start to finish.

Vessel Integrity and Heat Distribution: By preventing sludge build-up, the scraper ensures that heat is distributed uniformly throughout the batch. This prevents the "caking" that typically requires dangerous and labor-intensive manual cleaning, where an operator would otherwise have to physically scrape out a hardened tank.

Automated Discharge Readiness: As the recovery cycle nears completion, the scraper keeps the concentrated waste in a homogenized, mobile state. This is essential for the Automatic Sludge Discharge feature, allowing the system to pump or gravity-feed the residue into a waste container without human intervention.

Optimal Conditions for Scraper-Equipped Units

While scrapers improve almost any distillation process, they are indispensable under specific industrial conditions:

High-Solids Content: If your waste stream contains more than 10% solids (such as inks, paints, or heavy resins), a scraper is the only way to achieve up to 95% recovery of your available solvent.

Heat-Sensitive Materials: In operations where the waste might ignite or degrade if overheated (like nitrocellulose-based coatings), the scraper prevents the localized overheating that occurs behind a layer of "baked-on" sludge.

24/7 Continuous Operations: For the Solvent Saver Continuous (SSC), the scraper allows for "Completely Automated Operation" by ensuring the vessel never needs to be taken offline for manual descaling.

A Universal Solution for Industrial Resilience

By integrating Allen Bradley PLC automation with these robust mechanical scrapers, Maratek units become a "future-proof" utility for any operation. Whether you are a small batch shop or a high-volume manufacturing plant, the scraper ensures that your equipment remains efficient regardless of how "dirty" your waste stream becomes. It transforms a potentially hazardous manual cleaning task into a safe, automated, and highly profitable process that protects both your employees and your bottom line.

Contact Us

Ready to optimize your solvent recovery process and eliminate manual cleaning? Contact Maratek today to speak with an engineering expert about our scraper-equipped Solvent Saver Series. Contact Us for a Quote

Maratek Announces Strategic Distribution Partnership with Williamson Printing Materials

Colin Darcel — Thu, 30 Apr 2026 15:57:29 GMT

PRESS RELEASE

For Immediate Release

Maratek Announces Strategic Distribution Partnership with Williamson Printing Materials to Expand Advanced Solvent Recovery Solutions Across Canada

Bolton, Ontario – April 30th, 2026

Maratek Environmental, a North American leader in solvent recycling and recovery technologies, is pleased to announce a new strategic distribution partnership with Williamson Printing Materials Limited, one of Canada’s longest-standing and most trusted flexographic solutions providers.

Williamson Printing Materials has supported the Canadian packaging and flexographic printing industry for over 70 years, delivering best-in-class products, technical support, and industry expertise. As Canada’s only fully Canadian-owned, managed, and staffed flexo‑dedicated supplier with the country’s largest team of flexographic specialists, the company is widely recognized for its commitment to innovation, service, and customer success.

This partnership will enable broader national access to Maratek’s advanced solvent recovery technologies such as the Flexo 200, Flexo 500, Batch Premium, and engineered-to-order recovery systems helping Canadian converters significantly reduce solvent waste, improve sustainability, and lower operating costs.

Driving Sustainability & Efficiency for Canadian Pressrooms

Maratek Environmental offers:

Up to 95% solvent recovery efficiency
Advanced automation with “Pay by Liter” & C1D1 safety compliance
Flexible acquisition options including rental programs with no upfront capital
Proven solutions for flexographic printing, packaging, coatings, automotive, aerospace, and battery manufacturing
70+ years of trusted industry leadership
Canada’s largest flexo-focused technical support team
Strong relationships with major packaging and printing converters nationwide
A history of delivering best‑in‑class flexographic solutions and service
Together, the companies will help Canadian packaging and print manufacturers meet rising sustainability expectations while enhancing operational performance.
Significant reduction in solvent waste and disposal costs
Improved environmental compliance and sustainability metrics
Enhanced safety and automation in pressroom operations
Local installation, service, and long-term support
Flexible purchasing and rental options for operations of all sizes
This partnership represents a major step forward in enabling Canadian printers to implement sustainable, closed-loop solvent management technologies.

Williamson Printing Materials contributes:

Executive Commentary

Colin Darcel, President, Maratek Environmental, stated:
“Williamson Printing Materials is a respected industry leader with deep roots in the Canadian flexo community. Their expertise and customer-centric approach make them an ideal partner for Maratek. Together, we will ensure Canadian printers can adopt safe, efficient, and cost-saving solvent recovery systems backed by trusted local support.”

Rick Schaus, General Manager, Williamson Printing Materials Limited, commented:
“We are excited to bring Maratek’s advanced solvent recovery technology to our customers across Canada. Sustainability, cost control, and reliability are top priorities for converters. Maratek’s solutions align perfectly with the needs of the market, and we look forward to supporting customers as they improve their environmental footprint and operational efficiency.”

Benefits to the Canadian Packaging & Printing Industry

About Maratek Environmental

Maratek Environmental is a leading manufacturer of solvent recycling and environmental management technologies, serving industries across North America for more than five decades. Maratek helps companies improve sustainability, reduce costs, and increase operational efficiency through award-winning chemical recovery solutions.
Website: www.maratek.com

About Williamson Printing Materials Limited

Williamson Printing Materials Limited is Canada’s most established full-service flexographic solutions provider, offering premium products, industry expertise, and technical support for over 70 years. As Canada’s only fully Canadian-owned flexo-dedicated supplier, Williamson is trusted by printers nationwide for its commitment to quality, service, and innovation.
Website: www.williamson.ca

How Will 2026 Solvent Regulations Impact Your Flexo Printing Business? | Maratek

Colin Darcel — Wed, 22 Apr 2026 14:00:38 GMT

As we move through 2026, the flexographic printing industry in North America and the European Union is no longer just "evolving"—it has reached a critical tipping point. The days of treating solvent waste as an unavoidable "cost of doing business" are over.

Between tightening environmental mandates and a push for leaner, more automated production, the "Green Revolution" in flexo has become a "Profit Revolution." Here is what 2026 looks like for the market and how Maratek is helping converters stay ahead.

1. The Regulatory Hammer: 2026’s New Reality

In Europe, the August 2026 PFAS restrictions and the Industrial Emissions Directive (IED) have made VOC (Volatile Organic Compound) management a top priority. In North America, the shift toward circularity and "Extended Producer Responsibility" (EPR) means brands are demanding that their printers prove their sustainable credentials.

For 2026, compliance isn't just about avoiding fines; it’s about winning contracts. Large brands now audit their entire supply chain's carbon footprint.

The Maratek Advantage: Our Solvent Saver Flexo series helps you achieve a "Closed Loop" system. By recovering up to 95% of your solvents, you aren't just reducing waste—you’re showcasing a measurable commitment to the circular economy that helps secure high-value brand partnerships.

2. Fighting "Digital Cannibalization" with Efficiency

While digital printing is growing for short runs, Flexo remains the king of high-volume labels and flexible packaging in 2026. However, to stay competitive against digital’s agility, flexo converters are focusing on Total Cost of Operation (TCO).

With virgin solvent prices remaining volatile due to global supply chain shifts, the most successful shops in 2026 are those that "manufacture" their own solvent in-house.

3. Automation as the Answer to Labor Shortages

The skilled labor gap in the printing industry has hit record highs this year. Shops can no longer afford to have operators spending hours manually managing solvent waste or cleaning distillation bags.

Meet the Flexo 200 & Flexo 500: Maratek’s Flexo units are designed for the modern, labor-lean facility.

The Flexo 200: Perfect for mid-sized operations, reclaiming up to 200 gallons per day.
The Flexo 500: A powerhouse for high-volume converters, handling over 500 gallons per day.

Both units feature full PLC automation and a "set-and-forget" interface. In 2026, your team should be focused on the press, not the waste room. Our units handle the top-up, distillation, and sludge discharge automatically, requiring minimal operator intervention.

4. Safety First: Managing Nitrocellulose

In 2026, safety standards for handling nitrocellulose-laden waste have never been stricter. Traditional distillation can be risky if temperatures aren't perfectly controlled.

The Maratek Flexo 200 & 500 were engineered specifically with this in mind. Using high-vacuum technology and glycol heating, our systems operate at lower temperatures, safely processing nitrocellulose waste well below the point of combustion. We’ve built in redundant fail-safes so you can sleep better at night knowing your facility is protected.

5. Prediction: The Shift to "Share-the-Savings"

By the end of 2026, we predict more printers will move away from traditional capital expenditure (CAPEX) models. With interest rates fluctuating, converters are looking for ways to upgrade technology without the upfront hit.

At Maratek, we’ve anticipated this with our Share-the-Savings program. We can install a Flexo 200 or 500 at your facility with zero upfront capital. You simply pay for the system using a portion of the money you save on solvent purchases and waste disposal.

The Bottom Line for 2026

The 2026 Flexo market rewards efficiency and demand. Whether you are a narrow-web label shop in the US or a wide-web flexible packaging giant in the EU, the math is simple: Why buy 100% of your solvent when you can reuse 95% of it?

Ready to see how much you could save?

Contact Maratek for a waste stream evaluation and see if the Flexo 200 or 500 is the right fit for your 2026 goals.

Future-Proof Solvent Recovery: Lifetime Remote PLC Support | Maratek

Colin Darcel — Fri, 10 Apr 2026 18:21:11 GMT

Introduction: The High Cost of Downtime in 2026

In a modern industrial environment, the true cost of equipment is not just the initial purchase price, it is the cost of downtime. When a critical machine like a solvent recovery unit goes offline, production can grind to a halt, hazardous waste begins to pile up, and operational costs skyrocket.

At Maratek, we believe your recycling equipment should be an asset, not a liability. That is why our Solvent Saver Series units are designed with "future-proof" technology. By combining industry-leading Allen Bradley PLC systems with our exclusive Lifetime Remote Access Support, we ensure that your facility stays operational, efficient, and technologically current for decades to come.

1. The Brain of the System: Allen Bradley PLC Controls

Both the SSC and SSBP systems are built around the Allen Bradley PLC System, the gold standard for industrial automation.

Industry-Leading Automation: These controls provide world-class automation, allowing for a "completely automated operation" that minimizes the need for constant human supervision.
User-Friendly Interface: Each unit comes equipped with a 10-inch touch screen for intuitive programming and control. For facilities with specific needs, we even offer a 15-inch screen upgrade.
Precision Programming: Whether it is managing the automatic filling with top-up or coordinating the automatic sludge discharge after each cycle, the PLC handles complex tasks with repeatable accuracy.

2. Lifetime Remote Support: Your Direct Line to Maratek Experts

Technology moves fast, and even the best-trained teams may encounter a technical challenge they cannot solve alone. This is where Maratek’s Lifetime Remote Access PLC support becomes a game changer.

Remote Viewing and Control: Included with your system is the ability for Maratek support teams to remotely view and control your PLC.
Instant Troubleshooting: Instead of waiting days for a service technician to travel to your site, our engineers can "dial in" to diagnose issues, adjust programming, and provide support in real-time.
No Expiration Date: We don't just support you during a warranty period. Our remote support is for the lifetime of the machine, ensuring you always have an expert partner by your side.

3. Safety That Evolves: The Purge Box and C1D1 Integration

A "future-proof" machine must also be a safe machine. All Solvent Saver systems are MetLab Certified Class I Division I (C1D1) Explosion Proof.

Flexible Installation: Our units feature a Purge Box, which allows the high-tech PLC to be safely placed directly inside a C1D1 area.
Advanced Monitoring: The PLC also manages critical safety features, such as anti-spill sensors that stop discharged if a clean solvent container is full, protecting your facility from accidents.

4. Data-Driven Decisions for Quality Control

In today’s data-driven world, being future-proof means having access to information. Maratek’s PLC systems can be equipped with optional features to help you track your facility's performance:

Data Logging: The PLC can log a wide variety of data points for tracking and quality control.
Flow Rate Monitoring: Optional flow rate totalizers can be added to log the throughput of your system, giving you precise metrics on your solvent recovery yields.

Conclusion: A Partnership for the Long Haul

When you invest in a Maratek Solvent Saver unit, you aren't just buying a piece of stainless steel, you are investing in a 50-year legacy of engineering excellence. Click here to view our Solvent Saver brochure.

With Allen Bradley automation and Lifetime Remote PLC Support, we provide tools and expertise to ensure your solvent recovery is automated, optimized, and ready for whatever the future of manufacturing holds.

Are you ready to future-proof your solvent recovery?

Contact Maratek today to learn more about our automated Solvent Saver Series and our industry-leading remote support.

Maratek Solvent Recovery Insights Blog

How Solvent Recovery Equipment Helps US Manufacturers Meet Compliance

The Compliance Challenge for Solvent Using Manufacturers

Which US Regulations Apply to Solvent Use?

How Solvent Recovery Equipment Supports RCRA Compliance

1. Reducing Hazardous Waste Volume

2. Potentially Qualifying for the Reclamation Exemption

3. Reducing Generator Status Risk

How Solvent Recovery Equipment Supports Clean Air Act Compliance

How Solvent Recovery Equipment Supports OSHA Compliance

Which Solvent Recovery Equipment Options Best Help US Manufacturers Meet Compliance?

Batch Distillation Units

Continuous Flow Systems

Explosion Proof and Classified Area Systems

Rental vs. Capital Purchase

Documentation and Audit Readiness

Talk to Maratek About Your Compliance Situation

How to Build a Solvent Waste Management Program in 2026

Why a Formal Program Matters More Than Ever in 2026

Step 1: Audit Your Current Solvent Use and Waste Streams

Step 2: Segregate Your Waste Streams

Step 3: Design Your Distillation Workflow

Step 4: Establish Compliance Controls and Documentation

Step 5: Measure, Optimize, and Report

Common Mistakes to Avoid

Putting It All Together

How Solvent Distillation Reduces Hazardous Waste in Manufacturing

The Hazardous Waste Problem in Solvent-Heavy Manufacturing

How Solvent Distillation Systems Work

How Manufacturers Reduce Hazardous Waste Using Solvent Recycling Equipment

1. Waste Volume Drops Dramatically

2. Recovered Solvent Re-Enters Production

3. Regulatory Exposure Decreases

4. VOC Emissions Are Better Controlled

What the Numbers Look Like in Practice

On-Site Recycling vs. Third-Party Solvent Recovery Services

Choosing the Right Solvent Distillation System

The Bottom Line

How to Build a Business Case That Actually Gets Approved in 2026: Solvent Recycling Equipment ROI

Why Factories Keep Losing Money on Solvent Management

What Makes It Hard to Justify the Investment

Building Your ROI Business Case: Step by Step

Step 1 — Calculate Your Current Solvent Costs

Step 2 — Estimate Post-Equipment Savings

Step 3 — Calculate Your Payback Period

Step 4 — Quantify Compliance and Risk Reduction

Step 5 — Present Decision-Ready Outputs

A Quick Word on Solvent Type and System Selection

Bottom Line

Scalable Solvent Recovery: How to Match Equipment to Production Volume | Maratek

The Entry Level: Small to Medium Volume Recovery (5 – 300 Gallons Per Day)

The Mid-Tier: High-Efficiency Automation (300 – 800 Gallons Per Day)

Industrial Power: Large-Scale & Continuous Solutions (Over 800 Gallons Per Day)

The Technical Backbone: Universal Standards Across the Range

Conclusion: A Partnership for Long-Term Growth

Contact Us

Is Small-Volume Solvent Recovery Worth It? | Maratek On-Site Solutions

The Hidden "Triple Cost" of Small-Scale Waste Management

Engineering the ROI: How the Our Units Makes Small Batches Profitable

Operational Resilience in a Volatile Market

Conclusion: Closing the Loop on Every Gallon

Contact Us

Why Internal Scrapers are Critical for High-Solids Solvent Recovery | Maratek

The Physics of the "Insulation Barrier"

How the Maratek Scraper Maintains Peak Performance

Optimal Conditions for Scraper-Equipped Units

A Universal Solution for Industrial Resilience

Contact Us

Maratek Announces Strategic Distribution Partnership with Williamson Printing Materials

Maratek Announces Strategic Distribution Partnership with Williamson Printing Materials to Expand Advanced Solvent Recovery Solutions Across Canada

How Will 2026 Solvent Regulations Impact Your Flexo Printing Business? | Maratek

1. The Regulatory Hammer: 2026’s New Reality

2. Fighting "Digital Cannibalization" with Efficiency

3. Automation as the Answer to Labor Shortages

4. Safety First: Managing Nitrocellulose

5. Prediction: The Shift to "Share-the-Savings"

The Bottom Line for 2026

Future-Proof Solvent Recovery: Lifetime Remote PLC Support | Maratek

Introduction: The High Cost of Downtime in 2026

1. The Brain of the System: Allen Bradley PLC Controls

The Entry Level:
Small to Medium Volume Recovery (5 – 300 Gallons Per Day)

The Mid-Tier:
High-Efficiency Automation (300 – 800 Gallons Per Day)

Industrial Power:
Large-Scale & Continuous Solutions (Over 800 Gallons Per Day)