SkyH2O AWS Maximus - Model 4.10 -Atmospheric Water Generator

SkyH2O is creating a new infrastructure project investment class by scaling, innovating, and advancing industrial Atmospheric Water Generation (“AWG”) technology, products, systems and projects. SkyH2O effectively combines up-stream (IP/technology + products) with down-stream (projects + financing) to provide communities, utilities, and large commercial and industrial water users with fresh potable water. AWG is a disruptive solution and which taps a new water source – the air. In some locations, SkyH2O solutions are more effective than alternative water systems including forward/reverse osmosis (“RO”) including desalination and distillation, and is more environmentally friendly.

SkyH2O AWS MAXIMUS 4.10™ system is rated for a production capacity of approximately 10,500 liters per day with unlimited modular expansion, and integrates some of the most advanced technologies in the industry:

Engineering
Uses state-of-the-art variable speed airflow and cooling controls to ensure reliable operation in a wide range of atmospheric conditions. Web-based internet of things (IoT) industrial controls continuously monitor all operating parameters utilizing graphical and remote interfaces, which may be also viewed remotely. These include operational diagnostics, and refrigeration and airflow monitoring to allow the operator to test and verify efficiency and operating performance.

Performance
AWS MAXIMUS 4.10™ Iis the most energy efficient atmospheric water generation system available on the market, using the most advanced, globally available compression and cooling technologies. Filters are designed with industrial holding capacity for maximum efficiency during long operating time ranges.

Design
Utilizes striking design and high-quality materials including durable stainless steel, industrial grade paint and round glass viewing windows, all in a mobile 40’ ISO container footprint.

Installation
Engineered for to fit within existing 40’ ISO container logistics systems, with efficient onsite “plug & play” installation.

Serviceability
Designed with serviceability in mind: components are easily accessible for replacement and service. Heat exchanger compartment is designed with access doors to allow for periodic cleaning and inspection. Secure internet access enabled remote control and diagnostics allow service from different locations.

Maximus Controls and Monitoring
Goes well beyond the typical basic operator controls found in competitive AWG products. Buried into the cooling system are sensors that the allow technical operators or service personnel to monitor the real- time health of the machine in addition to a wealth of internal diagnostic information. Built-in graphic capabilities utilize 50 points of data values to create meaningful relationships between the data points and information for production review and unit operating evaluation. All of the information is also available in historical trends and is password-protected, remotely accessible with a secure connection to the Internet.

ATMOSPHERIC WATER GENERATING SYSTEM (AWG)

• Water production: 10,500 liters/day (2,780 gallons/day)
• Installed Electrical Power: 132 kW
• Nominal Environment /Performance Rating Conditions: 27C/80% RH (80.6F/80% RH)
• Energy consumption: 0.29 kWh/liter, (1.1 kWh/gallon)
• Size (W x H x L): 2.19m x 2.54m x 11.30m, (86”x 100”x445”) also (7’ - 2” x 8’ - 4” x 3 7’ - 1”)
• Dry Weight: 13,200 kg (29,000 lbs)
• Operating Temperature Range: 5 to 50 degrees Celsius (42 to 120 degrees Fahrenheit) Ambient Temperatures
• Operating Relative Humidity Range: 25% to 100% RH
• Refrigerant: Environmentally Accepted 410a
• Air filters: MERV 15, 95% heavy-duty industrial filters.
• Machine exterior/interior: insulated painted galvanized sheet metal with stainless steel interior at wet areas.
• Machine chassis: Structural Steel, Painted
• Coil material: Copper and Aluminum
• Water Collection Pan Material: Stainless Steel
• Refrigeration System: Advanced Modulation Control
• Warranty: Industry leading comprehensive two year full parts and labor warranty covers all parts and workmanship.

WATER TREATMENT

• Water is collected in a UV-protected chamber and is filtered and passes through an in line ultraviolet light treatment system.
• Water filtration for potable water
• Optional mineralization subunit available

WATER RESERVOIR

• Supplemental external storage available May be connected to customer’s external storage tank or reservoir

ELECTRICAL POWER & CONTROLS

• 400 V 50 Hz, 3 phase AC
• 480 V 60 Hz, 3 phase AC
• 350 MOP
• 306 MCA

CONTROL SYSTEMS

• Equipped with sensors that allow technical operators or service personnel to monitor real-time status of the machine.
• 50 data points of measurement including airflow and conditions, mechanical processes with real time water production and energy use data.
• Built-in graphic interface tracks current and historical trends and provides password-protected remote access through a secure internet connection.

AWG is a disruptive solution and a new water resource that does not need to be located near sensitive ocean front, bays or estuaries like desalination systems and projects which can be subject to years of permitting delays, and costly legal battles with environmentalists. We are environmentally friendly and do not have any salt or waste discharge, and do not damage the environment.

AWG uses the humidity found in the air to produce drinking water by means of condensation. Producing water out of the air is a proven method and technology that has effectively been used for many years in military, mining and emergency disaster relief applications.

SkyH2O’s unique and proven high-efficiency cooling technology has been developed to the highest quality standards that have a +20 year life expectancy. Our industrial grade AWG machines draw in large volumes of air that are compressed and cooled to collect H2O in the form of condensation. This technology produces potable water that meets WHO water quality standards, while minimizing energy use compared to other commercially available solutions.

SkyH2O has conducted extensive research and analysis in collaboration with professors from UC Berkeley and leading industry experts trained at Stanford, Cal Poly SLO, and Germany on our Advisory Board. Our proprietary technology and advanced refrigeration design includes multiple high efficiency variable speed fans with ECM modulation, advanced heat exchangers for energy recovery and cold air recycling, and uses stainless steel for all surfaces that are in contact with water. This will allow us to extract more water from air-borne water vapor with lower energy consumption than current less effective existing Air-To-Water systems/technology. While many AWG systems currently on the market can only condense ~50% of water vapor in the air, SkyH2O’s system with its intellectual property (“IP”) will allow us to extract up to 30% more water from the air. SkyH2O is the only AWG manufacturer in the world that has independent third party testing of water vapor extraction, water production and energy use.

The system has WEB enabled controls that are programmed for maximum water production and efficiency with built in security and a graphical interface that provide onsite and remote control, monitoring, and diagnostics. We provide reliable operation at a very wide range of atmospheric conditions without freeze up. The AWS MAXIMUS 4.10™ is designed with serviceability in mind and has access doors that allow for easy inspection, and maintenance of components, and filters.

SkyH2O AWG has significant advantages:

• Technology: state-of-the-art best-of-breed combined with own Intellectual Property (“ IP”) and exclusive licenses that are unique and proven
• Environmental: AWG has the advantage of having minimal environmental impact. The water is produced at where needed most minimizing costly transportation, water storage, and water losses.
• Cost: AWG Capital expense costs in most locations is less than forward/reverse osmosis (RO) including desalination and distillation, and can be powered by any energy source; grid, remote/off-grid, conventional or renewable energy including wind and solar.
• Location:SkyH2O’s industrial-grade AWG can be deployed in a distributed manner, specifically where water is needed most, including at or near existing reservoir infrastructure enabling water security, self-reliance and independence– “Water 4.0” .
• Optimal Sizing: AWG projects module design allows for optimal sizing, and stepped-up expansion over time
• Fast-Track Solution: from inception to completion AWG projects can often be producing fresh water within 1-year