Sea Sirens & One Water Presents: Water Technology Conference 2026

Sea Sirens & One Water Presents: Water Technology Conference & Training 2026. Please Invite & Share...Select any 5-10 consecutive weekdays

2nd ANNUAL - Sea Sirens & One Water Presents: Water Technology Conference 2026

Sea Sirens & One Water Presents: Water Technology Conference & Training 2026. Please Invite & Share...Select any up to 5 to10 consecutive weekdays… WITH FIELD STUDIES AND DAY TRIPS....

Sea Sirens & One Water Presents;

Water Technology Conference & Training

June 10-23 2026, Flexible Dates Pick any up to 5 to 10 consecutive dates not including Saturdays or Sundays…

****INCLUDES CEU 'S FOR ALL 50 STATES IN THE USA****

Location:

Dusit Thani Pattaya Hotel

Address: 240, 2 Beach Rd, Muang Pattaya, Bang Lamung District, Chon Buri 20150 THAILAND

Phone: + 66038425611

https://www.dusit.com/dusitthani-pattaya/

Special Offers:

https://www.dusit.com/dusitthani-pattaya/specialoffers/

Schedule: All dates, times and schedule subject to check as needed... All breakfast, lunch, dinners, lodging and transportation are not included. We will be happy to recommend some preferred vendors.... Thank you for your support....

Day 1

8 AM - 9 AM - Breakfast

9am to 10:30 AM - Opening Session

Keynote Speaker - Priscila D'Brito, Sea Sirens

10:30 AM - 11 AM - Break

11 AM - Noon - Mark Capwell, Esq. One Water

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1. Water Strategies -

Topics:

Circular Economy

Climate Adaptation

Industrial Water

Wastewater

Water Treatment

As decarbonization accelerates, industries face evolving scenarios of water demand and quality that challenge conventional resource management. This session examines how shifting energy sources, emissions targets, and production processes reshape the way water is sourced, treated, and discharged. Panelists will highlight strategies for adapting to higher quality standards, reduced water availability, and fluctuating regulatory frameworks.

The discussion will focus on innovative treatment technologies, reclamation approaches, and real-time monitoring systems that enable swift, data-informed decisions. Attendees will gain insights into how rethinking water strategies support business resilience, enhance resource stewardship, and align operations with a rapidly decarbonizing industrial landscape.

3:30 PM - 4 PM Break

4 PM - 5:30 PM Panel Talk Ocean Strategies

6 PM - Dinner

Day 2

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

Exploring New Horizons for UF, MBR and EDI Technology

Join us for a practical look at the innovations driving performance in ultrafiltration, membrane bioreactors and electrodeionization technologies. This session will show how bringing together perspectives from engineering, operations and material science has helped industry to deliver high-quality water where it is most needed, reuse it more effectively, and protect the environment.

Technologies featured in this session include:

· Resisting scaling and fouling in ultrapure water: new frontiers in electrodeionization technology

· Designing for designers: frameless, outside-in submerged UF membranes

· Decentralizing filtration: eliminating backwash requirements in modular UF membranes

Improving energy efficiency, reducing chemical use, and cutting down waste are the core drivers for QUA’s latest product developments. Case studies from industries including mining, pharmaceuticals and semiconductor manufacturing, this session will show how improving a single part of a treatment train can deliver outsized benefits across an entire treatment train.

10:30 AM - 11 AM - Break

11 AM - Noon - Continue…

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 3

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

The Green Hydrogen challenge from the perspective of water treatment: the importance of application-specific polishers for PEM electrolyzers.

The Green Hydrogen challenge from the perspective of water treatment: the importance of application-specific polishers for PEM electrolyzers.

Green Hydrogen, generated through water electrolysis, is pivotal to global decarbonization efforts. The quality of water used can significantly impact the efficiency and longevity of electrolyzer components, particularly in proton exchange membrane (PEM) systems. This presentation will explore the essential aspects of water quality for PEM electrolyzers, addressing the influence of specific pollutants and the necessary treatment methodologies. We will provide a comprehensive overview of treatment schemes and delve into the challenges associated with PEM recirculation loops, highlighting the need for precise polishing requirements, with application-specific products to enhance performance and reliability in hydrogen production.

10:30 AM - 11 AM - Break

11 AM - Noon - Continue

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 4

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

10:30 AM - 11 AM - Break

11 AM - Noon

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 5

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM - Water Treatment Plant Visit

10:30 AM - 11 AM - Break

11 AM - Noon - Plant Visit

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 6

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

Topics:

Digital Solutions

Urban Water

Utilities

Digital solutions are used to enable efficient and effective use of data, which is getting more and more important. Also within the world of water it is getting integrated more and more into systems and processes. Why? Because data driven management can decrease operational and maintenance cost and increase yield. With digital twins, AI and just plain digital data you can get more insight information to get to an optimal process.

In this session 2 innovative examples are presented:

· Intelligent Sensors for Digital Process Insight

· The dialogue between asset manager and asset owner of water distribution networks

10:30 AM - 11 AM - Break

11 AM - Noon - Continue

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 7

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

Topics:

Circular Economy

Industrial water treatment focuses on biofilm removal in closed-loop water systems, wastewater odor control, and micropollutant removal using advanced oxidation processes (AOP), among other applications. Traditionally, chlorine and hydrogen peroxide are used for water treatment, but hydrogen peroxide is often the superior choice, as it does not increase water salinity or leave harmful chemical byproducts.

Case Study - HPNow, a Danish water treatment technology company, has introduced the world’s first onsite peroxide generator, pioneering Onsite Green Oxidation. This breakthrough makes water treatment safer, more efficient, and more sustainable. Using only water, air, and electricity, it generates ultra-pure peroxide on demand and in the exact quantity needed. After water treatment, it naturally breaks down into pure water and oxygen, leaving no byproducts behind.

Join us for this session to discover how onsite-generated peroxide can transform water treatment at your facility.

10:30 AM - 11 AM - Break

11 AM - Noon - Case Studies

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 8

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM

Topics:

Circular Economy

Climate Adaptation

Digital Solutions

Urban Water

Utilities

Wastewater

Water Reuse

Water Treatment

From Construction to Production – Executive Summary In the UK water sector, 37% of all construction delivery costs are spent on people. This inefficiency hampers productivity and drives up project costs. My vision is to halve this figure by transitioning from traditional construction to a production-led approach—one that harnesses modular design, advanced manufacturing, and AI-driven automation to streamline delivery.

By treating water infrastructure like a product rather than a project, we can reduce waste, increase standardization, and scale delivery at pace. Modular water treatment and pre-fabricated assets are already proving that shifting to factory-based production cuts time on-site, reduces risk, and ensures quality control.

This transformation is not just about cost savings; it’s about decarbonization, resilience, and future-proofing water infrastructure. By embracing this shift, we can deliver better outcomes, faster, and more sustainably—ensuring water security while revolutionizing industry efficiency.

10:30 AM - 11 AM - Break

11 AM - Noon - Practice Role Play

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 9

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM - Utilities Plant Visit

10:30 AM - 11 AM - Break

11 AM - Noon - Plant Visit

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk Part 1

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Panel Talk Part 2

6 PM - Dinner

Day 10

8 AM - 9 AM - Breakfast

9 AM - 10:30 AM - Closing Session

10:30 AM - 11 AM - Break

11 AM - Noon - Special Guest

Noon - 1:30 PM Networking Lunch

1:30 PM - 3 PM - Panel Talk - Future of Water

3:30 PM - 4 PM - Break

4 PM - 5:30 PM Awards & Certificates

6 PM - Dinner

♥️♥️♥️

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Water Quality Standards

Clean water designation standards, also known as water quality standards, are a set of regulations that define the desired condition of a water body and the measures needed to protect it. These standards have three key components: designated uses, criteria, and antidegradation policies.

1. Designated Uses: These are the specific purposes for which a water body is intended, such as public water supply, recreation (swimming, boating), or supporting aquatic life.

2. Water Quality Criteria: These are specific, measurable limits for pollutants or other characteristics (temperature, pH, etc.) that must be maintained to support the designated uses. Criteria can be numeric (e.g., maximum acceptable concentration of a pollutant) or narrative (e.g., a statement about the desired clarity or absence of undesirable conditions).

3. Antidegradation Policies: These policies protect existing water quality and high-quality or unique waters from degradation. They ensure that existing uses of the water body are maintained and that water quality is not allowed to worsen without sufficient justification.

How Standards are Developed and Implemented:

State and Tribal Authority:

States, territories, and authorized Tribes develop and adopt their own water quality standards.

Public Involvement:

The process of developing or revising standards typically includes public participation, such as public hearings and comment periods.

EPA Review:

The U.S. Environmental Protection Agency (EPA) reviews and approves or disapproves these standards.

Regular Review:

States are required to review their standards periodically (e.g., every three years).

Examples of Standards:

Drinking Water Standards:

These standards, established by agencies like the EPA and WHO, set limits for contaminants in drinking water to protect public health.

Freshwater Standards:

These vary by state and may include classifications for different uses, such as recreation, aquatic life, or public water supply.

Marine Water Standards:

Coastal and marine waters also have specific standards to protect their designated uses.

In essence, clean water designation standards provide a framework for managing and protecting water resources by defining desired conditions, setting limits, and ensuring responsible stewardship.

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Clean Water Designation Standard Seal of Approval

A clean water designation standard seal of approval indicates a product or system meets specific criteria for safe drinking water. The Water Quality Association (WQA) Gold Seal is a prominent example, signifying that products like water filters and plumbing components have been rigorously tested and certified to meet industry standards, often NSF/ANSI standards. Other relevant certifications include those from NSF International and WRAS, ensuring products are safe for contact with drinking water and meet specific quality requirements.

Key Components of Clean Water Designations:

Third-Party Testing and Certification:

Independent organizations like WQA, NSF, and WRAS conduct thorough testing of products to ensure they meet established standards for safety and performance.

Industry Standards:

These standards, such as NSF/ANSI 42, 53, and 61, address various aspects of water quality, including aesthetic effects, health-related contaminants, and material safety.

Designated Uses:

Water quality standards also define how a water body will be used, such as for drinking water supply, recreation, or aquatic life support.

Antidegradation Requirements:

These ensure that existing high-quality water bodies are protected from degradation.

Examples of Certifications:

WQA Gold Seal:

This certification mark indicates that products have been tested to industry standards and meet requirements for performance and safety.

NSF Certification:

NSF International offers various certifications, including NSF/ANSI 42 (aesthetic effects), NSF/ANSI 53 (health effects), and NSF/ANSI 61 (drinking water system components).

WRAS Approval:

WRAS (Water Regulations Advisory Scheme) provides approvals for materials and products that come into contact with drinking water, ensuring they don't contaminate the water supply.

Other Global Approvals:

Various countries have their own standards and certifications, such as ACS (France), ANSI/NSF Standard 61 (USA), and BS 3734 (UK).

Significance of Certification:

Consumer Confidence:

Certification provides assurance that products meet established safety and quality standards.

Public Health Protection:

Certifications help ensure that products used in contact with drinking water do not pose health risks.

Regulatory Compliance:

In many cases, certifications are required for products to be sold or used in certain applications

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Thank you 🌎❤️

Sea Sirens Deck | Gamma https://gamma.app/docs/Sea-Sirens-Deck-94cj6064qbud0pc?mode=doc

Facebook, X, TikTok, Instagram- @seasirensdesign

Website - http://seasirensdesign.com

Sea Sirens Deck | Gamma https://gamma.app/docs/Sea-Sirens-Deck-94cj6064qbud0pc?mode=doc

Facebook, X, TikTok, Instagram- @seasirensdesign

Website - http://seasirensdesign.com