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A Smarter Alternative to Quat-Based Disinfection

Move Beyond Quat-Based Disinfection

Keep the pathogen control. Simplify the system.

EraDOCate gives facilities a quat-free disinfection platform built around label-based contact times, closed-loop dilution, clear training, residue-conscious workflows, and measurable implementation.

Why health systems are reassessing quat-based workflows

1
Practical routine workflowMany label-listed organisms use a 1-minute wet contact time with EraDOCator-60.
2
Simpler standardizationReduce unnecessary product and protocol variation with one platform and claim-specific directions.
3
C. auris and C. diff readinessUse a clearly defined 4-minute enhanced protocol at the label-specified concentration.
4
Clearer training modelOCEAN gives teams shared language for dilution, application, PPE and safety requirements, contact time, and verification.
5
Stronger operational proofPPM checks, training records, supervisor review, and ATP where appropriate support implementation.
Talk through your current disinfectant program. For product, protocol, value-analysis, facility review, and OCEAN Standard discussions.
1 (866) ERADOCATE
Cleaner chemistry does not mean hazard-free chemistry.

EraDOCate relies on closed-loop dilution, label-based concentrations, PPE, training and verification to manage exposure appropriately. Concentrate handling, application method, ventilation where applicable, spill response, first aid, storage, surface compatibility and other safety requirements remain governed by the current EPA label, SDS, equipment instructions and facility policy.

The Opportunity Is Bigger Than Replacing a Product

The real opportunity is to improve the whole disinfection program: contact time, training, product standardization, workflow, purchasing, and verification.

1. Make contact time practical

Choose a protocol staff can execute during real room, classroom, guest-room, kitchen, or resident-space turnover.

2. Reduce protocol complexity

Give teams fewer product decisions, clearer instructions, and a more consistent operating standard.

3. Strengthen high-risk organism readiness

Build C. auris and C. difficile response into the same operating platform with defined label-based protocols.

4. Make implementation measurable

Use dilution checks, training records, supervisor review, and facility data to see whether the new standard is actually being followed.

A Better Daily Operating Standard

EraDOCate is designed to make disinfection easier to teach, easier to execute, easier to standardize, and easier to verify.

Move from chemical complexity to clearer execution.

The OCEAN Standard connects product choice to the way people actually work: dilution, application, PPE and safety requirements, wet contact time, training, quality checks, and supervisor accountability.

Training

One shared framework helps simplify onboarding across departments, shifts, and languages.

Residue-conscious workflow

Give facilities a clearer way to think about repeated use on high-touch surfaces and use-specific rinse requirements.

Contact time

Build the labeled wet contact time into the workflow instead of leaving it as a line on a product label.

Frontline execution

Make the process workable for EVS, custodial, housekeeping, food-service, nursing, and animal-care teams.

Standardization

Reduce unnecessary product variation while keeping organism-specific protocols clear.

Verification

Use PPM checks, training records, supervisor review, and ATP where appropriate to support process improvement.

The goal is simple: a disinfection program that is easier for staff to follow and easier for leadership to manage.

Why Disinfection Exposure Is Part of the Evaluation

Newer research is giving healthcare, education, hospitality, senior living, food service, veterinary, medical aesthetics and wellness, and public-facility leaders more reasons to look closely at repeated disinfectant exposure and application methods.

Healthcare leaders are evaluating efficacy, exposure, residue, and operational consistency together.

Research on QACs is expanding across inhalation, occupational exposure, surface residue, and environmental pathways. For many buyers, that makes a quat-free alternative worth evaluating alongside efficacy, workflow, and cost.

What this means for a facility

You do not have to wait for every scientific question to be settled before comparing options. A practical next step is to review what the current chemistry requires every day and whether a quat-free platform can meet the facility’s efficacy and workflow requirements with a simpler, more verifiable operating model.

1

Pathogen control

Any alternative still has to meet the facility's organism-specific efficacy requirements.

2

Worker exposure

EVS, housekeeping, food-service, custodial, nursing, and care teams work around disinfectants repeatedly.

3

Occupant environment

Patients, residents, children, guests, students, and animals return to treated spaces every day.

4

Application method

Spraying, wiping, dilution, ventilation, and frequency all shape how a disinfectant is used in the real world.

5

Stewardship

Facilities increasingly want strong infection prevention with less unnecessary chemical complexity.

EraDOCate gives facilities a quat-free option that can be evaluated on efficacy, workflow, training, residue-conscious use, and implementation support.

Research links are provided for due diligence and do not establish that one disinfectant chemistry is hazard-free. Always review the current product label, SDS, PPE requirements, application method, ventilation considerations, surface compatibility, and facility policy.

A Broader Environmental Stewardship Conversation

Facilities are thinking beyond the treated surface and asking what repeated chemical use means for drains, wastewater, laundry, water systems, and shared environments.

Disinfection is part of a larger facility footprint.

A modern procurement decision can consider infection prevention, staff workflow, product use, wastewater pathways, and long-term stewardship together.

Wastewater and drains

Repeated facility use eventually connects with sinks, drains, effluent, and wastewater systems.

Textiles and laundry

Healthcare, senior living, and hospitality facilities manage large volumes of linens, towels, and uniforms.

Plants and land

Environmental research is expanding the conversation about how disinfectant chemistry moves through broader systems.

Water systems

Water stewardship is becoming part of the purchasing conversation for many organizations.

Animals and One Health

Veterinary, food-system, and shared-environment decisions increasingly overlap with One Health thinking.

Antimicrobial stewardship

Facilities want effective pathogen control without creating unnecessary chemical complexity.

EraDOCate gives buyers a different chemistry and operating model to include in that stewardship discussion.

Environmental references are provided to support facility due diligence and purchasing discussions. They do not establish that EraDOCate has no environmental impact; use and disposal should follow the current label, SDS, facility procedures, and applicable requirements.

Why the C. auris Question Matters

Quats remain common in routine disinfection, but C. auris is a clear example of why facilities should look beyond familiarity and compare organism-specific claims.

Quats are familiar

Many facilities have used quat-based products for years, which makes them easy to keep renewing without re-evaluating the whole program.

C. auris changes the conversation

CDC states that products solely dependent on QACs are not effective against C. auris and recommends an EPA-registered product effective against this organism.

EraDOCator-60 offers a defined alternative

EraDOCator-60 has a 4-minute C. auris protocol at the label-specified enhanced concentration, giving facilities a clear option to evaluate.

What Changes With the EraDOCate Standard?

Instead of simply replacing one chemical with another, EraDOCate gives facilities a structured way to simplify and standardize the operating program.

Healthcare Review Alignment

EraDOCate supports healthcare evaluation through EPA registration documentation, label-based claims, standardized workflows, training resources, and verification processes.

Infection Prevention

Reviews organism claims, contact times, environmental requirements, and workflow alignment.

Environmental Services

Evaluates dilution, training, competency, room turnover, and daily execution.

Safety & Quality

Supports documentation, policies, monitoring, and implementation review.

Procurement & Administration

Evaluates documentation, standardization opportunities, and operational fit.

Typical questions in an established quat program

  • How many products and dwell times are staff expected to remember?
  • Which product is used when C. auris or C. difficile is a concern?
  • How often do rinse, residue, compatibility, or dilution questions come up?
  • How is correct use verified across shifts and departments?
  • Is the current system easy to teach, audit, and scale?

EraDOCate OCEAN Standard

  • One product platform with clear claim-specific protocols.
  • 1-minute workflow for many label-listed organisms.
  • 4-minute enhanced protocol for C. difficile, C. auris, and Poliovirus Type 1.
  • Closed-loop dilution and PPM verification.
  • OCEAN training, multilingual support, and facility implementation review.
The value proposition is not just the chemistry. It is the combination of label-based efficacy, training, standardization, dilution control, and verification.

The Future State: Simpler, Clearer, Measurable

A preferred disinfectant should make the organization easier to run, not just add another product to the formulary.

1

Right organism, right protocol

Give staff clear directions for routine and enhanced-pathogen disinfection.

2

Simpler product standardization

Reduce unnecessary variation in products, contact times, and training while keeping claim-specific directions clear.

3

Stronger staff adoption

Make onboarding and day-to-day execution easier across shifts and departments.

4

Measurable implementation

Use PPM checks, training records, supervisor review, and site data to show whether the standard is working.

C. difficile: Build the Hard Cases Into the Standard

Facilities should not need to reinvent the workflow every time a high-risk organism appears. EraDOCator-60 includes a defined 4-minute enhanced protocol for C. difficile.

EPA List K verification

EraDOCator-60's primary registration can be independently cross-checked on EPA List K.

Defined enhanced concentration

The label specifies the higher use solution required for the C. difficile claim.

Four-minute wet contact time

Staff have a clear organism-specific target rather than an open-ended workflow.

Operational verification

Training, PPM checks, supervisor review, and room-level process measures can support implementation.

That makes C. difficile part of the operating standard, not a separate conversation after an outbreak.

Before You Renew the Current Program, Ask These Questions

If the answers are complicated, inconsistent, or difficult to verify, it may be time to compare a different operating model.

  • Which EPA registration and current label support the organisms and use sites we need?
  • What is the labeled contact time and required use solution for each priority organism?
  • Can staff realistically keep surfaces wet for that time during routine operations?
  • What pre-cleaning, rinsing, wiping, or air-drying directions apply to each intended use?
  • What material-compatibility information is available for our surfaces and equipment?
  • How many products, dilution systems, and exception protocols does the current formulary require?
  • How is correct dilution or ready-to-use product identity verified at the point of use?
  • What training records and supervisor checks demonstrate protocol adherence?
  • What product-specific worker-exposure, residue, environmental, PPE, ventilation, and handling information is available, and what are the limitations of those data?
  • What is the true cost per usable gallon, room, square foot, or application after product, labor, dispensing, wipes, rinsing, and training are considered?

Make the Switch Practical

EraDOCate can help your team compare the current program, conduct a focused implementation review, measure the workflow, and decide whether broader standardization makes sense.

1. Review the current program

Look at products, dwell times, dilution, staff training, residue questions, and workflow pain points.

2. Build the EraDOCate implementation plan

Choose a defined area and establish the product, dilution, OCEAN training, and verification workflow.

3. Measure what matters

Review staff adoption, PPM checks, turnover workflow, surface feedback, cost, and ATP where appropriate.

4. Decide whether to standardize

Use the implementation data to support Infection Prevention, Procurement, Operations, Administration, and Finance review.

Evidence & Resources

For teams that want to go deeper, these references support review of C. auris, C. difficile, QAC exposure, residue, wastewater, and operational decision-making.

Evidence and website content reviewed August 2026. Research informs due diligence; it does not expand the EPA product label.
For due diligence

See the evidence behind the conversation

Use these resources when Infection Prevention, Procurement, Safety, Sustainability, or Administration wants to review the science and guidance in more detail.

Infection prevention CDC and EPA guidance for C. auris, C. difficile, contact time, and environmental cleaning.
Worker health Research on repeated disinfectant exposure, inhalation, respiratory outcomes, and occupational use.
Environmental stewardship Research on wastewater, textiles, water, plants, animals, and antimicrobial resistance.
Product review EraDOCate regulatory documents, label-based protocols, training, and implementation support.
C. auris and C. diff
Contact time
QAC inhalation and exposure pathways
Residue and environmental release
Wastewater and biosolids
Plants, animals, and water
Textiles and laundry
Policy and procurement
CDCCDC C. auris Infection Control
CDC states that accumulating data indicate products solely dependent on QACs are not effective against C. auris and recommends an EPA-registered hospital-grade disinfectant effective against C. auris. Open reference
CDCCDC C. auris Surface Disinfection
CDC recommends EPA-registered products specifically for C. auris contamination. Open reference
CNNCNN QAC Disinfectant Coverage
Mainstream public-health coverage of QAC exposure concerns and the growing discussion around repeated disinfectant use. Open reference
EPAEPA List P
EPA products with registered claims against Candida auris. Open reference
EPAEPA List K
EPA products with registered claims against C. diff spores. Open reference
CDICDC C. diff Prevention Guidance
CDC calls for daily cleaning of CDI patient rooms with a C. difficile sporicidal agent from EPA List K. Open reference
IPCDC STRIVE Environmental Cleaning
Training material highlights label directions, dilution, contact time, surface compatibility, and safe use instructions. Open reference
SHEASHEA C. diff Prevention Update
Practical recommendations for acute-care hospitals to prioritize CDI prevention efforts. Open reference
CDISporicidal Cleaning Model
Daily cleaning with sporicidal disinfectant ranked among the most effective single interventions for reducing HO-CDI. Open reference
EPAEPA Residue Test Methods
EPA finalized methods for measuring QAC and phenolic disinfectant residues on hard surfaces. Open reference
AIRUC Davis QAC Inhalation Study
Mouse-model study comparing inhaled and oral QAC exposure. Useful for route-of-exposure questions; not direct clinical evidence of harm in humans. Open reference
QACQAC Chemical Class Review
Peer-reviewed review of QAC use, exposure, environmental fate, health-effect literature, and antimicrobial-resistance concerns; useful as a synthesis rather than product-specific proof. Open reference
WWTPQACs in Wastewater and Biosolids
Environmental Science and Technology study analyzing 21 QACs in wastewater influent, effluent, and biosolids from 12 treatment plants. Open reference
TXTQACs in Textiles and Laundry Wastewater
Study relevant to healthcare linens, hotel towels, uniforms, long-term care laundry, and treated textile stewardship. Open reference
PLANTQAC Uptake in Wheat Seedlings
2026 research on uptake and metabolism of DTAC, DBAC, and DDAC in hydroponically grown wheat seedlings. Open reference
H2OQACs in Water, Stormwater, and Rainwater
Survey of 27 QACs in New York surface water, drinking water, stormwater runoff, swimming pool water, and rainwater. Open reference
FISHBenzalkonium Chloride and Fish Resistance Genes
Journal of Hazardous Materials study connecting environmental BAC exposure with resistance-gene profiles in fish. Open reference
ALGAEDDAC and Microalgae Stress
Study on DDAC effects on microalgal cell-surface properties, molecular toxicity, and pollutant-removal function. Open reference
NPICQAC Proper-Use Context
National Pesticide Information Center fact sheet for balanced QAC background and proper-use framing. Open reference
CVDNurses’ Health Study II: Disinfectants and CVD
Prospective observational study of nurses reporting an association between frequent occupational disinfectant exposure and incident cardiovascular disease. It does not by itself show that QAC exposure alone caused the association. Open reference
RSDisinfectants and Asthma Risk
Occupational study evaluating associations between disinfectant/cleaning-product exposure patterns and asthma. Interpret by exposure definition and study design. Open reference
MITOQACs and Mitochondrial Stress
Cell-model research evaluating QAC-related mitochondrial effects. Mechanistic evidence, not direct clinical-outcome evidence. Open reference
QACQACs in Assisted Living
2026 study assessing 19 QACs across assisted living facilities. Open reference
QACQAC Surface Residue Exposure
Exposure-pathway study evaluating QACs across environmental and human-contact measures. Useful for exposure characterization, not proof of a specific clinical outcome. Open reference
HAIHospital Room Cleaning Review
Technical brief on cleaning hospital room surfaces to prevent HAIs. Open reference
ICUCarling ICU Hygiene Study
Structured intervention improved environmental hygiene in ICUs. Open reference
EDEraDOCate Insights
Articles, podcasts, QAC discussion, WPI summary, and policy commentary. Open reference
VIDEraDOCate Videos
Video content for education, sales support, and implementation conversations. Open reference

Ready to Evaluate Your Current Disinfection Standard?

We can review your current products, contact times, workflow, training, worker-safety considerations, stewardship priorities, and purchasing model, then show you what a more standardized EraDOCate program could look like.

www.eradocateusa.com | 1 (866) ERADOCATE
EraDOCator-60 EPA Reg. No. 54289-4-102813. Always read and follow the current label and SDS. EPA registration does not imply EPA endorsement.

Start With a Structured Comparison

  • Current products and contact times
  • High-priority organisms
  • Dilution and dispensing
  • Training and workflow
  • PPE, application method, ventilation, and worker-safety considerations
  • Surface, rinse, and compatibility requirements
  • Demonstration and implementation opportunity
  • Cost and implementation questions
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Product Use and Results Disclaimer

EraDOCate products are EPA-registered disinfectants. EPA registration does not imply EPA endorsement and does not replace the requirement to read and follow the product label, SDS, facility protocols, and applicable infection-prevention policies. Contact times, organisms, use sites, dilution, application methods, PPE, storage, disposal, and safety requirements vary by product and label. Testimonials, pilot results, field examples, and case references reflect specific settings and may not represent expected results in every facility. EraDOCate does not replace clinical judgment, regulatory guidance, or facility infection-control oversight.