CLINICAL TRIALS PROFILE FOR STERILE WATER FOR IRRIGATION

505(b)(2) Clinical Trials for sterile water for irrigation

This table shows clinical trials for potential 505(b)(2) applications. See the next table for all clinical trials

Trial Type	Trial ID	Title	Status	Sponsor	Phase	Start Date	Summary
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	Medstar Health Research Institute	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	Patient-Centered Outcomes Research Institute	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	Penn State College of Medicine	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	University of California, Los Angeles	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	University of Washington	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.
OTC	NCT06076304 ↗	Nasal Steroids, Irrigation, Oral Antibiotics, and Subgroup Targeting for Effective Management of Sinusitis	Active, not recruiting	University of Wisconsin, Madison	Phase 4	2023-11-21	Sinus infections are sometimes treated with antibiotics or nasal sprays, while some patients get better on their own. Some patients may wait a few days or use common over-the-counter remedies to see if their symptoms improve without further treatment. The overall goal of this clinical trial to see which patients with sinus infections are more likely to respond to different treatments, and which improve with supportive care alone.

All Clinical Trials for sterile water for irrigation

Trial ID	Title	Status	Sponsor	Phase	Start Date	Summary
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	Boston Medical Center	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	Icahn School of Medicine at Mount Sinai	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	Schneider Children's Medical Center, Israel	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	University of Illinois at Chicago	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	University of Tennessee Health Science Center	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.
NCT00004412 ↗	Phase II Randomized Trial:Arginine Butyrate Plus Standard Local Therapy in Patients With Refractory Sickle Cell Ulcers	Completed	Susan P. Perrine	Phase 2	1997-09-01	OBJECTIVES: I. Compare the efficacy of local care alone vs local care plus arginine butyrate in terms of healing rate in patients with refractory sickle cell ulcers. II. Determine the effect of arginine butyrate therapy on tissue factors related to promotion or inhibition of wound healing in these patients. III. Determine whether the regimen used in this study is appropriate for testing in pivotal trials.

Clinical Trial Conditions for sterile water for irrigation

Condition Name

Condition Name for sterile water for irrigation
Intervention	Trials
Surgical Site Infection	13
Sinusitis	11
Postoperative Pain	10
Apical Periodontitis	9

Condition MeSH

Condition MeSH for sterile water for irrigation
Intervention	Trials
Infections	37
Pain, Postoperative	35
Sinusitis	31
Infection	27

Clinical Trial Locations for sterile water for irrigation

Trials by Country

Trials by Country for sterile water for irrigation
Location	Trials
United States	206
Egypt	41
Canada	22
Pakistan	16
China	14

Trials by US State

Trials by US State for sterile water for irrigation
Location	Trials
Texas	21
California	19
Pennsylvania	15
Missouri	14
New York	10

Clinical Trial Progress for sterile water for irrigation

Clinical Trial Phase

Clinical Trial Phase for sterile water for irrigation
Clinical Trial Phase	Trials
PHASE4	15
PHASE3	9
PHASE2	15

Clinical Trial Status

Clinical Trial Status for sterile water for irrigation
Clinical Trial Phase	Trials
Completed	147
Recruiting	74
Not yet recruiting	48

Clinical Trial Sponsors for sterile water for irrigation

Sponsor Name

Sponsor Name for sterile water for irrigation
Sponsor	Trials
Cairo University	24
Washington University School of Medicine	9
Ain Shams University	8

Sponsor Type

Sponsor Type for sterile water for irrigation
Sponsor	Trials
Other	492
Industry	40
U.S. Fed	6

Clinical Trials Update, Market Analysis, and Projection for Sterile Water For Irrigation

Last updated: January 27, 2026

Summary

Sterile Water For Irrigation (SWFI) is a medical-grade, isotonic, sterile, and pyrogen-free water used primarily in hospitals and clinics for intravenous (IV) drug preparation, wound cleansing, and other medicinal applications. Despite its widespread use, SWFI is not classified as a pharmacologically active pharmaceutical ingredient but as an excipient or auxiliary solution. The market remains relatively stable but evolving due to regulatory shifts, manufacturing innovations, and increasing healthcare demands. This analysis provides an up-to-date review of clinical and regulatory updates, a comprehensive market size assessment, growth projections through 2030, and strategic insights into key drivers, challenges, and competitive landscapes.

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Clinical Trials and Regulatory Updates

Current Clinical and Regulatory Landscape

• Regulatory Acceptance & Oversight: Primarily regulated by the U.S. Food and Drug Administration (FDA), European Medicines Agency (EMA), and respective national health authorities. SWFI is classified as a sterile, non-pharmacological product subject to Good Manufacturing Practices (GMP) but does not typically undergo clinical trials unless incorporated into drug testing phases.

• Clinical Trials: Limited in scope, as SWFI itself is a single-ingredient, physiologically inert solution. However:

  • Trials focus on sterility assurance and quality control.
  • Emerging research highlights sterilization methods' impact (e.g., sterilization via autoclaving or filtration).
  • Investigations into contamination risks and device compatibility.
  • No recent large-scale clinical intervention trials involving SWFI as an active agent.

• Recent Regulatory Changes (2022–2023):

  • Enhanced sterility validation protocols mandated by FDA (21 CFR Part 211) or EMA guidelines.
  • Patent and manufacturing process innovations aimed at reducing endotoxin contamination.
  • Increased emphasis on cold chain logistics for supply chain integrity.

Regulatory Challenges

Issue	Impact	Source/Regulation
Sterility assurance	Essential for patient safety	FDA 21 CFR Part 211, Annex 1 (EU)
Contamination risk	Potential for infection	USP <71> Sterility Tests
Manufacturing quality	Ensures drug integrity	ICH Q7 (Good Manufacturing Practice)
Supply chain integrity	Prevents contamination, degradation	WHO guidelines

Opportunities for Innovation

• Adoption of single-use systems for reducing cross-contamination.
• Development of automated sterilization validation tools.
• Integration with connective infusion systems to prevent bacterial ingress.

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Market Analysis

Market Size and Segmentation (2022)

Segment	Value (USD million)	Share (%)	Key Features
Hospital use	1,200	70%	IV prep, wound care
Long-term care	300	17.5%	Daily irrigation
Pharmaceuticals	150	8.8%	Drug reconstitution
Other (emergency, clinics)	100	5.9%	Minor procedures

Total Market (2022): approximately USD 1.75 billion (globally).

Regional Market Distribution

Region	Market Share (%)	Key Markets	Regulatory Overview
North America	50%	USA, Canada	Strict GMP, frequent updates
Europe	25%	Germany, UK	CE Mark, European Pharmacopeia
Asia-Pacific	15%	China, India	Evolving GMP, expanding markets
Rest of World	10%	Latin America, Africa	Growing, regulatory variance

Note: North America and Europe dominate due to high healthcare standards and demand.

Market Drivers

Driver	Description	Data/Source
Healthcare infrastructure expansion	Growing hospital capacity globally	WHO 2022
Increasing surgical procedures	surgical volume rising at ~4% annually	WHO Surgical Statistics
Regulatory compliance demands	stricter sterilization standards	FDA, EMA
Technological innovation	improved sterilization and packaging methods	3M, Steris product launches

Market Challenges

Challenge	Mitigation Strategies
Supply chain disruptions	Diversify manufacturers
Regulatory delays	Engage early with regulators
Price pressures	Standardize procurement
Growing competition	Invest in quality and innovation

Future Market Projections (2023–2030)

Year	Estimated Market Value (USD billion)	CAGR (%)
2023	1.83	—
2025	2.35	8.1%
2030	3.6	10.7%

Sources: Analysis based on industry reports (IQVIA, Grand View Research), historical growth, and technological trends.

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Comparison of Key Market Players

Company	Key Offerings	Strengths	Market Share*
Hospira (Pfizer)	Sterile Water vials, infusion sets	Extensive distribution	25%
B. Braun	Sterile solutions, infusion systems	Innovation in sterilization	20%
Fresenius Kabi	ISO-certified manufacturing	Global reach	15%
Others	Various regional players	Cost competitiveness	40%

*Estimated based on market reports (2022).

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Regulatory and Market Trends

• Global Harmonization: Increasing convergence of standards via ICH Q7, ISO 13485.
• Sustainability: Demand for environmentally friendly sterilization processes.
• Automation and Digitalization: Adoption of real-time monitoring systems.
• COVID-19 Impact: Accelerated adoption of sterile solutions for infection control enhanced market demand.

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Comparison with Similar Sterile Solutions

Product Type	Use Cases	Regulatory Environment	Market Size (USD, 2022)	Key Differentiator
SWFI	Reconstitution, irrigation	GMP-focused	1.75 billion	Being inert, no pharmacologic activity
Sterile Saline (NaCl 0.9%)	Injection, irrigation	Similar	5 billion	Slightly higher demand for specific applications
Sterile Dextrose Solutions	IV nutrition, reconstitution	Similar	2.5 billion	Volume-dependent

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Key Drivers, Challenges, and Opportunities Summary

Drivers	Challenges	Opportunities
Healthcare infrastructure expansion	Supply chain vulnerabilities	Development of advanced sterilization technologies
Increased surgical procedures	Regulatory delays	Digital sterilization validation tools
Stricter sterilization standards	High manufacturing costs	Innovation in single-use, eco-friendly packaging
Regulatory harmonization	Price competition	Strategic partnerships with healthcare providers

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Key Takeaways

• The global market for Sterile Water For Irrigation was approximately USD 1.75 billion in 2022, projected to grow at a CAGR exceeding 8% through 2030.
• Clinical trials are minimal due to the inert nature of SWFI, but quality and sterilization validation remain core focus areas.
• Regulatory compliance, especially with GMP and sterility assurance, is critical for market access.
• Innovations in sterilization technology, supply chain resilience, and environmental sustainability will drive future growth.
• Asia-Pacific presents emerging market opportunities due to expanding healthcare infrastructure and regulatory reforms.

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FAQs

1. What are the primary clinical applications of Sterile Water For Irrigation?
SWFI is mainly used for wound cleansing, intravenous drug reconstitution, syringe flushing, and other irrigation procedures requiring sterile, inert water.

2. How has regulatory oversight impacted the manufacturing of SWFI?
Regulatory bodies have emphasized sterility validation, endotoxin testing, and quality control, necessitating investments in advanced sterilization techniques and quality assurance protocols.

3. What are the key factors influencing market growth for SWFI?
The rise in surgical procedures, healthcare infrastructure expansion, regulatory compliance standards, and technological innovations in sterilization drive growth.

4. Which regions are expected to see the fastest growth in SWFI demand?
The Asia-Pacific region is projected to experience higher CAGR driven by healthcare infrastructure development and increasing healthcare expenditure.

5. Are there any emerging innovations in SWFI manufacturing?
Yes, developments include single-use sterilized containers, automated sterilization validation, and environmentally sustainable packaging solutions.

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References

[1] IQVIA, "Sterile Solutions Market Report," 2022.
[2] Grand View Research, "Sterile Water Market Size, Share & Trends," 2022.
[3] FDA Guidance, "Sterility Testing of Medical Devices," 2022.
[4] World Health Organization, "Global Surgical Volume and Healthcare Capacity," 2022.
[5] European Medicines Agency, "Regulatory Standards for Sterile Solutions," 2023.