The Echo Go+™ combines advanced hydrogen water technology with premium materials and portable convenience. This guide covers everything you need to know about how your bottle works, what it's made of, and how to get the best performance from your device.

Technical Specifications

Advanced Hydrogen Technology

Solid Polymer Electrolysis (SPE)

The Echo Go+™ utilizes advanced Solid Polymer Electrolysis (SPE) technology to efficiently produce hydrogen-rich water.

Benefits of SPE Technology

• Produces pure molecular hydrogen
• No harmful byproducts
• Consistent hydrogen production
• Long-lasting performance
• Environmentally friendly operation

During hydrogen production, only oxygen is released into the atmosphere.

Proton Exchange Membrane (PEM) System

The Echo Go+™ features a dual-chambered Proton Exchange Membrane (PEM) system with a dedicated oxygen vent.

This technology:

• Separates hydrogen and oxygen gases
• Prevents chlorine, ozone, and hydroxyl production
• Maintains a stable, neutral pH
• Preserves water purity
• Improves efficiency and safety

Gas Separation Process

During electrolysis:

Hydrogen (H₂)

• Dissolves into the water
• Creates hydrogen-rich drinking water

Oxygen (O₂), Ozone (O3), Chlorine (Cl₂)

• Is safely vented through the oxygen port
• This feature removes oxygen (O2) and ozone (O3), ensuring no chlorine (Cl2) is produced during the process.

This process allows the water to become enriched with molecular hydrogen while remaining pure and clean.

🔗Do metals leach into the water in any of your products?

🔗Do microplastics leach into the water in any of your products?

How the Echo Go+ Works

The Echo Go+ uses electrolysis to split a small amount of water into hydrogen and oxygen gas.

Step 1: Electrolysis Begins

When a cycle starts, an electrical current passes through the water.

Step 2: Hydrogen Production

The process separates water molecules into:

• Hydrogen gas (H₂)
• Oxygen gas (O₂)

Step 3: Hydrogen Dissolves into Water

The hydrogen gas dissolves back into the water, creating hydrogen-rich water ready for consumption.

Step 4: Oxygen is Released

The oxygen is safely vented through the oxygen port.

The water itself remains water—it simply contains dissolved molecular hydrogen.

🔗How Electrolysis Produces Hydrogen Water.
🔗Everything You Need to Know About Hydrogen Water

Premium Materials & Construction

Bottle Construction

The Echo Go+™ bottle is constructed from BPA-free Tritan™ plastic.

Benefits of Tritan™

• BPA-free
• BPS-free
• Free from bisphenol compounds
• Lightweight
• Impact resistant
• Durable for daily use

Tritan has been extensively tested by third-party laboratories and has demonstrated no estrogenic or androgenic activity.

Electrode Plates

The Echo Go+™ uses premium platinum-coated titanium electrodes.

Important

The electrodes never come into direct contact with the drinking water.

This design helps ensure:

• Maximum purity
• Consistent hydrogen production
• Long-term durability

Water Requirements

The Echo Go+™ is designed to prevent chlorine production through its advanced PEM system and oxygen venting technology.

However, chlorine-like odors can occasionally occur if chloride ions are present in the source water.

To Minimize Chlorine Formation

Use:

• Distilled water
• Reverse osmosis (RO) water

Avoid:

• Tap water
• Water with elevated mineral content
• Water containing chlorine or chlorides

For best performance, use:

✅ Reverse Osmosis (RO) Water

✅ Distilled Water

✅ Spring Water

✅ Filtered Water

Avoid:

❌ Tap Water

❌ Chlorinated Water

❌ Highly Mineralized Water

If using an aftermarket filtration system, verify it removes at least 99% of chlorine before using the water in your Echo Go+™. 

🔗Why is using Filtered water Recommended

Battery & Charging

Battery Specifications

• Rechargeable Lithium-Ion Battery
• 2200 mAh Capacity
• 3.7V
• 8.14 Wh Energy Rating

Charging Requirements

Use: Standard USB-A to USB-C cable and 5V / 2A charging block

Avoid: Fast charging adapters

International Use

Echo devices include a U.S. 5V/2A charging block.

Customers outside the United States may need a simple outlet adapter or locally compatible 5V/2A charging block.

Self-Cleaning Technology

The Echo Go+™ includes an automatic self-cleaning system designed to help maintain performance and reduce mineral buildup.

Benefits

• Cleans electrolysis plates
• Helps maintain hydrogen production efficiency
• Improves water quality
• Extends device lifespan
• Reduces maintenance requirements

How It Works

The self-cleaning system periodically reverses electrode polarity during operation, helping remove mineral accumulation before it affects performance.

Polarity Balancing

To maintain efficient hydrogen production, the Echo Go+™ automatically balances electrode polarity.

Why This Matters

Polarity balancing:

• Reduces mineral buildup
• Improves hydrogen production consistency
• Extends electrode life
• Enhances long-term performance

This process occurs automatically and requires no user intervention.

Why the Bottle is Compact

The Echo Go+™ is intentionally designed with portability in mind. These bottles are specially designed to give you a concentrated high dose of hydrogen without needing to have all your water intake come from the bottle (although you can!).

The smaller capacity allows the system to:

• Produce high hydrogen concentrations efficiently
• Remain lightweight and portable
• Deliver therapeutic hydrogen levels quickly

Therapeutic hydrogen levels begin at 0.5 PPM, which is WELL below the PPM levels achieved in just 1 cycle of Echo Hydrogen Water! Just 1-3 bottles per day provides a sufficient amount of molecular hydrogen to potentially grant health benefits!

If you are wanting every ounce of water you drink to be enriched with hydrogen then you would want to consider getting a H2 Flow or H2 machine.

Many customers choose to create hydrogen water in their Go+™ and then transfer it to a larger bottle if additional volume is desired. 

Air Travel & Transportation

Flying with Your Echo Go+

Yes, the Echo Go+™ can be transported on airplanes.

TSA Guidelines

✅ Carry-On Approved

❌ Not permitted in checked luggage

The 2200 mAh lithium-ion battery falls within airline-approved limits for carry-on travel.

Travel Tips

Before Security:

• Empty the bottle
• Leave only enough water to cover the generator mesh

After Security:

• Refill and enjoy hydrogen water during your travels

In-Flight Performance

Changes in cabin pressure may slightly reduce hydrogen production, but hydrogen concentrations remain above therapeutic levels.

End-of-Life Disposal

Because the Echo Go+™ contains a lithium-ion battery, it should be disposed of through a local household hazardous waste or battery recycling facility.

Do not dispose of the device in standard household trash.