Advance Your Knowledge in Hydration Design with OASIS
OASIS offers ASPE-certified continuing education courses for engineers, architects, and facility professionals who design, specify, or maintain commercial drinking water systems. For more than a century, OASIS has been at the forefront of clean drinking water solutions — and now, through professional education, we’re sharing that expertise to help the next generation of designers build safer, smarter, and more sustainable facilities. OASIS is proud to be an ASPE Affiliate Partner.
Ready to Learn More?
Enhance your expertise and deliver cleaner hydration everywhere it’s needed. Request an in-person or virtual presentation today to earn your ASPE Continuing Education Credits.
Why Choose OASIS Continuing Education
Whether you’re designing for schools, hospitals, or commercial buildings, our accredited courses deliver the knowledge you need to specify safer, more sustainable hydration systems. Schedule a presentation for your engineering firm or design group—virtual or in person.
- Earn ASPE CEUs and PDHs from an industry-trusted brand.
- Learn from real-world examples of hydration innovation in schools, hospitals, and commercial spaces.
- Stay ahead of code changes and health standards related to water quality and sustainability.
- Gain product and specification expertise to streamline your future projects.
Course Overview: Drinking Fountain and Bottle Filler Solutions
Our course, Drinking Fountain and Bottle Filler Solutions, provides 0.10 CEUs / 1.00 PDH and is designed to help professionals understand the latest innovations in hydration, filtration, and sustainability.
This ASPE-approved course explores the intersection of design, functionality, and water quality in modern hydration systems. Participants will gain insights into:
1. Best-in-class design practices for specifying drinking fountains and bottle fillers in schools, healthcare facilities, offices, airports, and public spaces.
2. Mechanical vs. electronic activation — how power-free operation ensures water access during outages and reduces installation complexity.
3. Filtration and disinfection technologies, including UV-C LED and NSF-certified filters that reduce contaminants like lead, PFAS, pharmaceuticals, and microplastics.
4. ADA compliance and code considerations for inclusive, accessible design.
5. Retrofit solutions that allow existing fountains to be upgraded without full replacement — supporting sustainability goals and extending product life.
Course Overview: Filtration Essentials for Contaminant Reduction
This course provides 0.10 CEUs / 1.00 PDH, and explains why filtration is becoming essential for protecting vulnerable populations, maintaining compliance, and building trust in environments where clean drinking water is expected.
This ASPE‑approved course highlights the growing challenges posed by emerging contaminants—including lead, PFAS, microplastics, sediment, chlorine, and pharmaceuticals—and explains why modern facilities increasingly rely on point‑of‑use filtration to safeguard vulnerable populations and maintain compliance.
1. Identify major drinking water contaminants— including lead, PFAS, microplastics, sediment, chlorine, and pharmaceuticals—and understand their health impacts.
2. Understand how filtration improves safety for vulnerable groups in schools, healthcare settings, and other public facilities
3. Recognize key regulations and guidelines affecting drinking water quality and facility compliance.
4. Learn core filtration principles and how different filter types reduce specific contaminants.
5. Review filtration solutions for drinking fountains and bottle fillers to ensure better water quality and user trust.
Course Overview: Improving Water Safety and Reducing Contaminants with Drinking Fountains or Bottle Fillers
Our ASPE approved course provides 0.10 CEUs / 1.00 PDH and is designed to help professionals understand how contaminants like lead, bacteria, chemicals, plastics, and pharmaceuticals are increasingly found in building water systems as aging infrastructure continues to deteriorate
Participants will learn how to select products that enhance safety through certified filtration, microbial‑control features, and thoughtful design choices, helping facilities stay ahead of emerging contaminants and regulatory expectations:
1. Identify major contaminants and bacterial risks— including lead, PFAS, microplastics, and pharmaceuticals—and understand their growing impact on public health.
2. Understand how biofilm, stagnation, and temperature drive bacterial growth in plumbing systems, even in newly constructed buildings.
3. Recognize key regulations and industry standards that shape water safety practices and influence system design choices.
4. Identify effective countermeasures such as certified filtration, UV disinfection, and smart design strategies to reduce contaminant exposure and liability.
5. Apply practical design and operational best practices to improve point‑of‑use water quality through filtered fixtures and microbial‑control technologies.
