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FAQs

Hydronamis Disaster Relief Device FAQs

General Product Information

What is the Hydronamis Disaster Relief Device (DRD)?

The Disaster Relief Device (DRD) is a mobile, field-ready utility station that provides two critical life-sustaining resources: clean drinking water and renewable power. Designed for disaster response, humanitarian aid, remote operations, and off-grid applications, the DRD is fully operational upon arrival and requires minimal setup.

The DRD provides two critical resources: clean drinking water and electricity. It is designed to support essential needs such as hydration, medical equipment, refrigeration, lighting, and communications in field and emergency conditions.

The DRD serves a broad range of users including disaster relief organizations, humanitarian aid groups, emergency management agencies, government agencies, military and defense organizations, remote communities, off-grid property owners, and preparedness-minded households.

Yes. The DRD is a complete all-in-one turnkey system that is fully operational within seconds of arrival.

Deployment takes less than a minute. The system is designed for rapid response situations where immediate access to clean water and power is critical. The rapid solar panel deployment system (RSPD) deploys quickly, no complex assembly required.

The DRD is engineered for high-mobility applications and rapid transport. Its compact design supports deployment by pickup truck, Jon boat, aircraft, helicopter, drone, and other transportation methods depending on mission requirements. While challenging terrain may require additional personnel for repositioning, the DRD can access locations that are often unreachable by larger trailer-based or containerized systems.

Zero. The Hydronamis DRD requires absolutely no gasoline, diesel, or propane. It runs entirely on 100% renewable solar energy captured through its high-efficiency solar panel configurations and stored in a 5.4 kWh LiFePO4 battery.

The DRD operates in near-total silence. Unlike loud, distracting internal combustion engines and commercial diesel trailers that create massive sound pollution in emergency zones, the DRD utilizes an all-electric, solid-state solar power assembly.

The only sound produced during operation is the quiet, muffled hum of the internal water purification pump or the intermittent cooling fans. This near-silent performance is a massive operational asset, allowing for discreet remote deployment, minimizing stress in emergency basecamps, and residential properties during the day and all through the night.

The DRD is built around three core advantages: sustainability, operational independence, and rapid deployment in remote and infrastructure-limited environments.

Its integrated design combines water purification and renewable power in a single compact, weatherized platform, reducing the need for multiple separate systems and complex setup procedures. The system is engineered to be fully operational within seconds of arrival, without the need for extensive component installation or skilled technicians.

Our optional MBBR bio-reactor technology enhances sustainability by reducing maintenance requirements and extending cartridge/membrane lifespan, severing dependence on fragile supply chains.  

The DRD is a rapid-response system built for speed and accessibility. Its compact design enables deployment in locations where traditional trailer-based or containerized systems cannot operate or reach, delivering critical resources in time-sensitive challenging environments.

The DRD is offered in a wide range of variations/models to support diverse customer and operational requirements. This flexibility allows individuals, organizations, and government agencies to tailor each system to their specific objectives and deployment needs, ensuring optimal performance across different environments and use cases.

The intent behind the DRD is to help people fast by delivering critical resources during disaster situations. While large basecamps can serve densely populated areas, many rural and remote communities are often left without reliable access to water and power. The DRDs are intended to be distributed across wide regions as a network of independent support nodes, working together to provide scalable, decentralized relief where it is needed most.

Our founder has personally survived 8 major hurricanes and built the Hydronamis DRD based on a harsh reality: if your survival relies on an external supply chain, you are not protected.

Days before landfall, store shelves run barren of bottled water and propane, while gas lines extend far down the street. After the storm, conditions worsen as delivery trucks avoid traveling down damaged coastal regions.

The Stolen Time (The Founder’s Story): Years ago, our founder wasted critical hours scrambling from store to store searching for non-existent supplies. The worst part wasn’t the empty shelves; it was that every hour spent searching empty store shelves, traveling from one store to the next was time taken away from fortifying his home and protecting his family. The broken supply chain stole his time. True preparedness is your most valuable asset before a crisis, and hunting for supplies robs you of it completely.

The Medical Urgency: If you have family members whose lives rely on electrical medical gear, you cannot afford to be powerless for days or weeks. Traditional gas-powered generators are unreliable and quickly run out of fuel. The DRD ensures uninterrupted power to run critical medical equipment, protecting your loved ones when a single outage is a matter of life and death.

The Community Hub: The DRD is efficient and powerful, its capabilities extend beyond your household. Since the unit produces hundreds of gallons of potable water per day and generates surplus energy, help supply your neighbors with clean water and power critical communication infrastructure—like internet routers or Starlink terminals—transforming your home into a vital support hub. 

The Humanitarian Risk: For NGOs and emergency response operations, relying on frequent, heavy logistical supply drops is dangerous. When roads are washed away or blocked by debris, traditional aid models fail, especially in remote areas. Sustainability is the only way to reliably save lives.

The Hydronamis Advantage: The DRD helps eliminate reliance on fragile supply lines. Instead of hunting for resources, you produce everything at the immediate convenience of your home or remote basecamp. It transforms nearby floodwaters, pool water, or saltwater into surplus, high-purity drinking water while generating a solar power surplus—giving families and relief teams total, self-sustaining security when the grid goes down.

Water Production & Water Sources

Is the DRD water safe for drinking?

Yes. The DRD is designed to produce high-purity potable water suitable for human consumption when used according to standard operation guidelines.

Output varies by model and water conditions. The DRD is available in configurations capable of producing approximately 150 – 450 gallons of drinking water per day from contaminated surface water sources.

The DRD can support approximately 225 people at 2 gallons per person per day, or up to 450 people at 1 gallon per person per day in a 450 GPD configuration. It can also provide essential power for communications, lighting, and select medical equipment depending on system load.

The DRD is designed to purify a wide range of surface water sources, including rivers, lakes, ponds, floodwater, ditches, brackish water, and seawater (model dependent).

Yes. The DRD is available in a dedicated desalination configuration (DRD-SW) capable of converting seawater into safe drinking water.

Yes. The DRD is designed to process heavily contaminated surface water, including floodwater. The advanced filtration system removes sediment, contaminants, chemicals, heavy metals, and pathogens to produce high-purity potable water.

Yes, absolutely. In a severe crisis, a swimming pool is a massive asset—it represents thousands of gallons of contained water right on your property. However, stagnant pool water quickly fills with dangerous bacteria, heavy chemical treatments, stabilizer (cyanuric acid), and high levels of chlorine.
The Engineering Advantage: Traditional consumer-grade survival filters cannot remove dissolved pool chemicals or harsh chlorines. The Hydronamis DRD utilizes a commercial 9-stage Reverse Osmosis (RO) and UV Sterilization system built specifically to strip out these intense chemical and biological contaminants.

Yes. Water output and filtration load can vary depending on source water quality, temperature, and operating conditions. The system is designed to maintain performance across a wide range of environmental conditions.

The DRD is engineered for challenging environments and can process highly contaminated water sources. However, extremely poor water quality may increase maintenance frequency and reduce filter lifespan. If these are your normal operating conditions, we strongly advise you to choose the MBBR bio-reactor upgrade option.

No. The DRD is a tool with endless possibilities. Since the DRD produces a surplus of power the standard practice is to utilize electric water transfer pumps that plug directly into the waterproof outlets. Use the power of the device to move untreated water hundreds of yards, pumping directly into the DRD intake system. A person may gather contaminated water via. containers or buckets and pour directly into the intake funnel. A further example is to link an untreated water cistern tank/bladder to the DRD intake port as well. On the reverse side, you can use the surplus power of the DRD to pump the potable water into a storage tank, water distribution stations, bladder, or even a water tower. This approach allows users to position the DRD independently of the water source location, providing maximum deployment flexibility based on the circumstances.

Yes. Model dependent, the system includes integrated clean and raw water storage tanks designed to support continuous operation and field deployment requirements.

Brine waste, also known as RO (reverse osmosis) discharge water, is the concentrated stream of impurities that is separated during the purification process. As the DRD filters contaminated water, dissolved solids, salts, and other contaminants are rejected by the RO membranes and expelled as a small waste stream, while purified water is collected. This is a normal and necessary part of high-efficiency reverse osmosis operation.

Water Purification Technology

What kind of filtration technology does the DRD use?

The DRD utilizes a multi-stage purification process that includes a series of step-down sediment pre-filters, copper-zinc redox, ultrafiltration, activated carbon, reverse osmosis, and dual chamber ultraviolet sterilization to remove contaminants and produce high-purity drinking water. Depending on the model, certain configurations also integrate our advanced MBBR bio-reactor (BR) which uses proprietary beneficial bacteria and enzymes to treat heavy contaminated surface water sources, reducing maintenance while increasing the lifespan of membranes/filter cartridges by 300%.  

The DRD removes or significantly reduces sediments and turbidity, bacteria, viruses, heavy metals, dissolved solids, salts, and a wide range of chemical and organic contaminants, including pesticides, herbicides, PFAS, and industrial compounds. Full technical performance data is available in the Product Specification Sheet, Section 4: Water Specifications.

No. The DRD uses advanced biological, electrochemical oxidation, mechanical filtration, membrane technology, and dual UV sterilization to produce clean drinking water without the need for chemical additives.

The optional moving-bed bio-reactor (MBBR) enhances water treatment efficiency in heavily contaminated regions by supporting biological filtration processes that reduce system fouling and extend filter cartridge and membrane lifespan by 300%. This improves long-term sustainability, severs fragile supply chain dependencies, decreases operating cost and reduces maintenance requirements.  

Yes. The DRD integrates water purification components sourced from industry-leading manufacturers that produce NSF-certified components and materials, ensuring reliable performance and safe drinking water production. Our partners include DuPont FilmTec, Axeon, ResinTech, Neopure, Shelco, SeawaterPro, Fresh Water Systems, Hydronix Water Technology and Tamco.

Power Generation & Battery System

How does the DRD generate electricity?

The DRD uses high-efficiency monocrystalline solar panels to generate electricity, which is stored in an onboard LiFePO4 battery system. An integrated inverter then converts the stored DC power into standard 120V or 220–240V AC power for everyday use.

The DRD utilizes a premium 5.4kWh LiFePO4 battery rated for approximately 6,000 cycles at 80% depth of discharge (DOD), which typically equates to 8–15 years of service before replacement is required, depending on operating conditions and usage.

No. The DRD is designed to provide power for critical loads rather than serve as a whole-home backup system. It can support essential equipment such as refrigeration, communications, medical devices, lighting, and small appliances during outages or off-grid operation.

High-demand appliances such as central air conditioning, electric heating systems, water heaters, electric ranges, and clothes dryers are generally beyond the intended scope of the system. Available power will also depend on operating conditions and daily water production requirements, as water purification consumes a portion of the system’s generated energy.

Yes. Refrigerators and freezers are among the primary applications the DRD was designed to support. Actual runtime will vary based on energy consumption, solar conditions, water production requirements, and other connected loads.

The DRD can power a wide range of devices, including refrigerators, freezers, medical equipment, communication systems, lighting, laptops, mobile devices, fans, tools, and other essential electrical loads. Actual runtime will vary based on energy consumption, solar conditions, water production requirements, and other connected loads.

The main DRD rapid solar panel deployment array typically generates 2.2 – 2.5 kWh per day. When paired with the optional external solar panel array, total daily production increases to approximately 4.4 – 5+ kWh per day, depending on geographic location, weather conditions, and available sunlight. The system is equipped with an integrated 60-amp solar charge controller to maximize charging performance.

Yes. The DRD supports external solar expansion through a waterproof expansion port and an upgraded charge controller designed to handle increased solar input. This allows additional panels to be added to increase total energy generation for higher demand applications or extended off-grid operation.

No. The DRD operates autonomously and distributes energy across water purification, battery storage, and power output functions. Even at maximum water production, approximately one-third to one-half of the available solar energy is utilized, leaving surplus energy to power additional electrical equipment.

Yes. The DRD integrates a lithium iron phosphate (LiFePO₄) battery storage that allows the system to continue producing water and powering connected devices when solar production is reduced or stops. While extended periods of cloudy weather may reduce energy generation, stored battery capacity helps maintain operation during temporary low-sunlight or nighttime conditions.

Yes. The DRD can be configured for both 120V, 220–240V, 50-60HZ output standards.

Disaster Preparedness & Family Protection

Can the DRD support disaster relief operations?

Yes. The DRD is designed for rapid deployment in disaster relief scenarios where access to clean water and reliable power is critical. It provides integrated water purification and solar-generated electricity in a single self-contained system, supporting emergency response teams, shelters, and field operations in off-grid or infrastructure-compromised environments.

The Hydronamis DRD secures your family’s absolute peace of mind by solving the two most critical threats of any disaster: total loss of electricity and the contamination of or loss of running water. Following a major catastrophe like a hurricane, local fuel stations shut down, making gasoline, diesel, and propane non-existent and impossible to source. The DRD bypasses this resource bottleneck entirely by functioning as a 100% self-sustaining, solar-powered survival hub. It is engineered to independently support a family for months at a time, powering critical devices while providing safe water for drinking, cooking, and bathing, until municipal infrastructure is slowly restored.

Yes. The DRD provides integrated clean water and off-grid power to support disaster relief basecamps, helping both survivors and emergency response teams with essential needs such as clean water, lighting, communications, refrigeration, cooking, recharging batteries and field equipment.

Yes, in two powerful ways. For homes on well water, a blackout means an instant loss of all running water because the electric well pump shuts down. The Hydronamis DRD solves this crisis completely:

Powers the Pump: The DRD’s heavy-duty power output can be used to run standard backup well pumps to restore pressurized water to your taps.

Purifies Above-Ground Backups: If you cannot access your deep well, the DRD allows you to pull water from any surface source—like a swimming pool, rainwater tank, or stream—and immediately filters it into medical-grade drinking water. You are never left stranded without water just because the electric grid dropped.

Yes, and it is highly recommended. The Hydronamis DRD is engineered specifically for proactive, pre-storm staging. Because store shelves run barren and roads wash out immediately after landfall, the most effective survival strategy is to place your resources exactly where they need to be before the disaster strikes.

Strategic Pre-Positioning: Its compact, lightweight footprint allows homeowners, emergency fleets, and NGOs to easily store units in a garage, or warehouse. It takes up minimal space and requires no volatile fuel storage, completely eliminating hazardous material logistical hassles during staging.

Instant Post-Storm Activation: Within seconds of the storm passing, this waterproof, turnkey unit can be rolled out and fully deployed. You can immediately generate high-purity water and solar power right when your household, neighborhood, or response team enters the critical early “golden hours” of a crisis, reaching survivors quickly.

(Critical Preparedness Note: Because we build each Hydronamis DRD to order with uncompromising standards, production slots fill up rapidly ahead of the active hurricane season. Do not wait until a storm is tracking toward your coast to secure your asset, it will be too late—take action today to ensure your family or response team is fully prepared in advance)

Yes. While the DRD was originally engineered for disaster response and humanitarian aid operations, it is also a valuable long-term utility platform. Many owners use the system for off-grid living, remote properties, hunting camps, job sites, agricultural applications, water security initiatives, community projects, temporary housing, and recreational land.

Unlike traditional emergency supplies that sit unused until a crisis occurs, the DRD can provide ongoing value by producing clean drinking water and renewable power whenever and wherever those resources are needed. Should a disaster eventually occur, the system is already in place, tested, and familiar to the owner.

In short, the DRD is not simply emergency equipment, it is a long-term investment in water security, energy independence, and preparedness.

Off-Grid Living & Remote Operations

Is the DRD suitable for off-grid living?

Yes. The DRD is designed for off-grid and infrastructure-limited environments and can provide independent access to water and power where traditional utilities are unavailable.

Yes. The DRD is well-suited for temporary housing, providing off-grid access to clean water and reliable power for essential daily needs, potentially supporting multiple units.

Yes. The DRD is engineered for both short-term emergency response and long-term deployment, making it suitable for sustained use in communities with ongoing water and power challenges for decades.

Yes. The DRD is well-suited to support a small crew of contractors working in remote areas where temp power and water are not readily available. It provides reliable power for tools, lighting, communications, refrigeration, and clean drinking water for all. It significantly reduces operating costs compared to gas-powered generators and operates silently for noise-sensitive environments.  

Government, Military & Humanitarian Applications

What types of organizations does the DRD support?

Typically, the DRD is used by organizations involved in disaster response, humanitarian aid, water security initiatives, emergency preparedness, military and defense operations, remote field deployments, and critical infrastructure support.

Yes. The DRD provides integrated clean water and off-grid power to support communications, lighting, and medical needs, while reducing fuel deliveries. Military-spec configurations are available, including mil-spec paint finishes and digital camouflage patterns, and enhanced ruggedized features. The natural faraday cage supports resilience against electromagnetic interference, low acoustic output, and reduced thermal signature, making it well-suited for forward operating bases, remote deployments, and mission-critical environments.

Yes. The DRD is purpose-built for water security, combining advanced purification, integrated MBBR bio-treatment, and true system-level sustainability in a single platform. It delivers a breakthrough capability for deploying reliable clean water solutions in environments where traditional systems have fallen short for decades.

Yes. DRD units are designed to be scalable. Multiple systems can be deployed together to support larger communities, disaster zones, or infrastructure operations.

Durability, Environmental Conditions & Safety

Is it safe to use the DRD indoors?

Yes. Unlike fuel-powered generators, the DRD produces no combustion emissions during operation, making it safe for indoor use. The main unit can be operated and positioned indoors, while the external solar panels are placed outdoors and connected via. extension cable to allow efficient charging and operation in a wide range of environmental conditions.

Yes. The DRD includes in-use waterproof power outlets with GFCI protection that can be reset if tripped. The system is designed for continuous operation even in wet weather conditions, including heavy rainfall. 

Yes. The DRD is engineered for operation in harsh environments and features a rugged, IP-66 rated waterproof enclosure designed to protect critical components from rain, dust, humidity, and harsh conditions. Corrosion-resistant non-ferrous materials, combined with powder-coated, anodized, and passivated finishes, help ensure long-term durability and reliability in the field.

Yes. The main DRD housing is engineered to withstand hurricane conditions; however, operation in such conditions is not recommended. The rapid solar panel deployment system can create extreme uplift forces that may cause instability or damage. For human safety and system protection, the solar array should be stowed, and proper securing procedures should be taken prior to severe storm events.

No. The DRD is specifically engineered to operate in hot environments. The system incorporates a thermostat-controlled cooling system that helps regulate internal temperatures and protect sensitive electronics when ambient temperatures rise. The bright-white enclosure was also intentionally selected to reflect solar heat, helping keep internal components and stored water cool during operation.

Operation in below-freezing conditions is not recommended. However, the main DRD housing can be operated indoors in cold environments, while the external solar panels may be placed outdoors. This configuration helps prevent water from freezing and reduces the risk of potential damage to filtration components.

The DRD is built around a TIG-welded aluminum chassis with thick aluminum exterior panels, stainless steel hardware, and waterproof gaskets. Its rugged, IP-66 rated construction is designed to withstand harsh weather, transportation, impacts, and demanding field conditions for decades.

Like any electrical and water treatment system, the DRD must be operated according to the safety guidelines provided in the operation manual. When used as intended, the system is safe, with multiple built-in safety features to support safe operation in both emergency situations and everyday environments.

Potential hazards or health risks can arise in extreme conditions or improper use, such as submerging the unit in floodwater, operating it on unstable or steep terrain, or cross contaminating the clean water system. For this reason, proper handling and adherence to the operator’s manual are essential.

Operation, Training & Maintenance

How difficult is the DRD to operate?

The DRD is very easy to operate and designed for use by individuals or local users without any technical expertise. Once deployed, the system runs autonomously, producing clean water and generating power with minimal user interaction. Basic operation and routine upkeep can be handled by local personnel.

No. The DRD is designed with simplicity and ease of use in mind and can be operated by individuals with minimal technical experience. Each unit includes a comprehensive operation manual with step-by-step instructions to support safe and effective operation.

The DRD is designed to be low-maintenance and field-serviceable. Most routine maintenance is associated with the water purification system and includes periodic filter cleaning, replacement cartridges, inspections, and preventative care. The integrated solar power system requires minimal maintenance under normal operating conditions. A comprehensive maintenance manual is included with every DRD purchase. Further maintenance requirements can be found in the Product Specification Sheet, Section 12: Periodic Maintenance & Cost.

Filter lifespan depends on several factors, including source water quality, operating conditions, DRD model, filter type, and usage rates. As an example, a 5-micron MB sediment filter may require replacement every few months under typical operating conditions, while an RO membrane may last several years before replacement is needed. The DRD incorporates reusable/washable cartridges in the early stages of treatment to help extend service life and reduce operating costs. Actual service life will vary based on water quality, environmental conditions, and system usage. For additional maintenance requirements and operating costs, please refer to the Product Specification Sheet, Section 12: Periodic Maintenance & Cost.

System maintenance requires zero technical training. The DRD is built for simplicity under high-stress conditions, allowing you to clean or swap components quickly.

Easy, Tool-Free Access: You simply unscrew the filter housing sump to gain instant access to the cartridge inside. It is straightforward to swap parts or clean a clogged filter right in the field.

Washable Pre-Filters: The heavy-duty pre-filters are entirely washable and reusable. If they get clogged by debris, you just wash them off and reinstall them to restore immediate flow.

Disposable Membranes & Filters: Several of the filter cartridges & RO membranes are disposable elements. When it is time to replace them, simply place an order on our e-commerce store, and we will ship a new set directly to your door.

Extended Lifespan Option: Adding our optional MBBR bio-reactor treats the water before it hits the mechanical filters. This significantly extends the operational lifespan of your disposable elements in remote zones.

Yes. Replacement parts are stocked in ample quantities and available through Hydronamis support and service pathways.

The DRD is designed for field serviceability, with key internal components accessible through removable service panels to support maintenance and replacement. If an issue occurs, customers can submit a support request, and our technical team will provide prompt remote assistance and diagnostics.

Replacement components can be shipped as needed, and users are guided through the repair process step by step. Where required, on-site technical support can also be provided. Hydronamis is committed to ensuring reliable long-term operation and responsive customer support throughout the lifecycle of the system.

Connectivity & Monitoring

Does the DRD have Bluetooth capabilities?

Yes. The DRD incorporates Bluetooth monitoring capabilities that allow users to connect the system to a compatible smartphone or tablet. Through the mobile app, users can view key performance data in real time, including solar power generation, battery status, charging activity, energy consumption, and system output.

Manufacturing, Quality & Lifespan

Is the DRD manufactured in the United States?

Yes. Each DRD unit is made to order in our custom manufacturing facility in Central Florida, USA; where it is designed, engineered, manufactured, assembled, and performance tested prior to delivery. The system incorporates a low percentage of electronic and solar-related components that are sourced internationally through our trusted partners. 

The DRD is engineered for long-term operation in extreme environments, with a design focus on multi-decade service life under proper maintenance. Key structural and external components are non-ferrous and finished with powder coating, anodizing, or passivation to support resistance to UV exposure, corrosion, and harsh weather conditions.

Operational lifespan will vary depending on deployment environment, system care and usage intensity. Inland environments may easily achieve multi-decade performance, while coastal or high-salt environments may experience reduced service life due to accelerated corrosion exposure.

Additional details are available in the Product Specification Sheet, Section 10: Operating Conditions and Product Lifespan.

Inside each DRD crate includes a plentiful supply of replacement filters and consumables, along with Operator and Service manuals, spare seals, fuses, basic service hardware, and a high-quality TDS meter for water quality monitoring.

Warranty & Support

Does the DRD come with a warranty?

Yes. Each DRD includes a two-year limited warranty.

Each DRD includes a two-year limited warranty covering defects in materials and workmanship under normal use. During this period, Hydronamis will provide replacement parts at no cost, including shipping, and may dispatch a qualified technician if on-site service is required, anywhere.

In addition, specific components carry longer coverage periods: the lithium iron phosphate (LiFePO₄) batteries and fixed-frame solar panels are covered for five years.

For full terms, exclusions, and claim procedures, please refer to the Limited Warranty Terms & Conditions document.

Accessories & Customization

Do you offer accessories or support gear for the DRD?

The DRD is supported by a wide array of accessories designed to extend its capabilities in real-world deployment scenarios. These include solar panel expansion options, Starlink mounting brackets, rainwater collection kits, water distribution manifolds, portable water storage containers, high mobility lifting and transport support, and ground anchoring systems for secure deployment in varied terrain and weather conditions.

Yes. Hydronamis is a custom manufacturer, the DRD is a modular platform that can be modified based on customer specific deployment requirements and services.

Pricing, Financing & Purchasing

Do you sell the DRD to homeowners or private purchasers?

Yes. At Hydronamis, we believe everyone should have the right to protect their family through reliable solutions for emergency preparedness and water security. We sell directly to private customers, commercial clients, NGOs, and government agencies.

You can purchase a DRD system through two options. The first is our fully customizable online checkout, where you can configure and order your system directly. Alternatively, you can submit a Request for Quote (RFQ) form, and our sales team will provide a formal quote via email, including configuration details, pricing, and payment terms.

We offer the DRD solution in (32) configurations, with pricing based on selected upgrade options. Standard configurations range from $17,925 to $25,920 USD.

If you purchase the main DRD system, we accept multiple payment options: Pay by mail-company/personal check, wire transfer, e-check, and financing through Affirm. For smaller purchases such as accessories and consumables, we also accept major credit cards in addition to the methods listed above.

Yes. Financing is available through Affirm. Eligibility, interest rates, and monthly payment options are determined by Affirm and may vary based on customer qualifications.

All DRD units are made to order (MTO) and configured based on customer-selected options and upgrades. For this reason, all sales are final. No refunds, returns, credits, or exchanges are available for DRD systems once an order has been placed.

No. DRD systems are available for purchase only and are not offered for rental/lease.

Manufacturing Lead Times & Shipping

How long does it take to manufacture the DRD once ordered?

All DRD systems are made to order and typically require 6–12 weeks prior to shipment, depending on configuration and production schedule.

For domestic shipments within the contiguous United States (Lower 48 states), standard LTL freight delivery typically ranges from 3–6 transit days. International shipping timeframes vary depending on destination, customs clearance, and selected transport method. Air freight generally ranges from 5–20 days, while ocean freight typically ranges from 35–70 days or longer, depending on routing and port conditions.

The DRD is shipped fully assembled and ready for deployment. Each unit is secured in a palletized plywood crate with multi-layer protective packaging to ensure safe transport. Delivery is handled by a qualified carrier selected by the customer in our checkout process, typically via. LTL freight for domestic shipments. Basic tools will be required to open the crate upon delivery.

Yes. International shipping is available through our logistics partner, SBA Global. We offer both air and ocean freight options to supported destinations worldwide.

Taxes, Incentives & Tax Exemptions

How does Hydronamis calculate sales tax for my order?

Our backend software utilizes a real-time destination-based routing system. The software instantly analyzes your delivery zip code at checkout. If your state qualifies for a statutory clean-energy exemption, or if Hydronamis operates under Remote Seller status in your territory, the system automatically drops your sales tax burden down to 0% owed. 

Under federal e-commerce regulations, Hydronamis operates as a qualified “Remote Seller” in states where we do not maintain a physical facility. Because of these legal protections, we may not be required to collect sales tax from buyers in certain jurisdictions where applicable economic nexus thresholds have not been met. For our customers, this means an automatic $0.00 tax line item at checkout.

Disclaimer: Hydronamis provides general information regarding remote seller regulations and sales tax collection requirements for informational purposes only and does not provide legal, tax, or accounting advice. Economic nexus thresholds, tax collection obligations, and state regulations may change without notice and vary by jurisdiction. Any sales tax treatment displayed at checkout is determined by current software settings and applicable regulations at the time of purchase. We strongly recommend consulting a certified public accountant (CPA), tax professional, or qualified attorney regarding your specific tax obligations and circumstances.

Yes, in the vast majority of cases. The DRD qualifies for a 0% sales tax rate year-round in 14 states due to permanent clean-energy and disaster-preparedness laws. Furthermore, if you are shipping to any of the remaining 36 states where Hydronamis operates below the state’s annual economic nexus threshold, you are legally protected under “Remote Seller” status. This means most of our buyers see an automatic $0.00 sales tax line item at checkout.

Disclaimer: Hydronamis provides general information regarding remote seller regulations and sales tax collection requirements for informational purposes only and does not provide legal, tax, or accounting advice. Economic nexus thresholds, tax collection obligations, and state regulations may change without notice and vary by jurisdiction. Any sales tax treatment displayed at checkout is determined by current software settings and applicable regulations at the time of purchase. We strongly recommend consulting a certified public accountant (CPA), tax professional, or qualified attorney regarding your specific tax obligations and circumstances.

Based on our interpretation of current state regulations, certain Hydronamis DRD configurations may qualify for sales tax exemptions or reduced tax treatment year-round in the following 14 states:

Clean-Energy Exempt States: Arizona, Colorado, Connecticut, Florida, Massachusetts, New Jersey, New York, Rhode Island, and Tennessee permanently waive sales tax on our integrated solar and battery storage technology.

NOMAD States: Delaware, Montana, New Hampshire, Oregon, and Alaska have no state-level sales tax on any products.

No Price Caps: States like Arizona, Colorado, Connecticut, Florida, Massachusetts, New Jersey, New York, Rhode Island, and Tennessee have no maximum dollar limits on their renewable energy exemptions. Whether a system costs $2,000 or $30,000, the sales tax is 100% waived on the qualified clean energy equipment.

Disclaimer: Hydronamis provides general information regarding exemption regulations and sales tax collection requirements for informational purposes only and does not provide legal, tax, or accounting advice. Economic nexus thresholds, tax collection obligations, and state regulations may change without notice and vary by jurisdiction. Any sales tax treatment displayed at checkout is determined by current software settings and applicable regulations at the time of purchase. We strongly recommend consulting a certified public accountant (CPA), tax professional, or qualified attorney regarding your specific tax obligations and circumstances.

Yes. Based on our interpretation of current Florida statutes, the Hydronamis Disaster Relief Device (DRD) may qualify for a 0% sales tax rate year-round in Florida due to its integrated disaster preparedness and solar energy components. You do not have to wait for a specific disaster-preparedness tax holiday weekend to buy it tax-free.

Disclaimer: Hydronamis provides general information regarding Florida sales tax laws for informational purposes only and does not provide legal, tax, or accounting advice. Tax laws, administrative interpretations, and exemption eligibility requirements may change without notice. Individual eligibility may vary based on the purchaser, intended use, product configuration, and applicable regulations. We strongly recommend consulting a certified public accountant (CPA), tax professional, or qualified attorney prior to purchase to confirm how Florida sales tax laws apply to your specific situation.

The DRD qualifies under two permanent Florida tax laws:

Disaster Preparedness Exemption: Florida permanently waives sales tax on portable generators under 10,000 running watts used for emergency power.

Solar Energy Exemption: Florida offers a 100% sales tax exemption on all solar-powered energy systems, components, and storage components. (Note: This includes the portable solar panel arrays and the solar panel extension cables).

No. Florida’s permanent emergency generator exemption is based on power output, not retail price. Because the portable DRD operates safely under the 10,000-watt limit, it remains 100% tax-exempt regardless of the purchase price.

No. The integrated water filtration system enhances its status. Florida tax guidelines explicitly favor multi-utility disaster resilience gear. The DRD is categorized as an essential emergency power and water device.

Yes, nationwide. Under Section 25D of the Internal Revenue Code, residential battery storage systems must have a capacity of 3 kilowatt-hours (kWh) or greater to qualify. Because the DRD integrates a premium 5.4 kWh LiFePO4 internal battery storage system, US taxpayers can claim a 26% Residential Clean Energy Credit on their federal tax return using IRS Form 5695 to significantly lower the net cost of the device, subject to current IRS regulations and individual eligibility.

System Configuration Retail Price 26% Federal Tax Credit Actual Net Cost
Base Configuration $17,925.00 -$4,660.50 $13,264.50
Top-Tier Configuration $25,920.00 -$6,739.20 $19,180.80

Disclaimer: Hydronamis provides hardware technical specifications for informational purposes only and does not provide financial or legal tax advice. Individual eligibility depends entirely on your personal tax liability and property status. Because this is a non-refundable tax credit, we strongly recommend consulting a certified public accountant (CPA) or tax professional prior to purchase to confirm how the credit applies to your specific financial situation.

International Duties & Tariff Exemptions

Are the international taxes, duties, or import fees included for the DRD?

For international orders, import duties, taxes, and customs fees are not included in the product price and are the responsibility of the customer. In some cases, Hydronamis may offer a Delivered Duty Paid (DDP) option, where applicable, requiring a separate payment prior to shipment to cover these fees. International rates and customs charges vary by destination and are changing daily.

Yes. Many countries offer tariff exemptions, duty relief, or VAT exemptions for disaster relief and humanitarian equipment. However, these exemptions are not universal and are typically applied on a case-by-case basis depending on the destination country, the importing entity, and the nature of the deployment.

In most cases, exemptions are available when the equipment is imported by governments, NGOs, or recognized humanitarian organizations for official disaster relief operations. Requirements and approval processes vary by country and may require supporting documentation or emergency declarations at the time of import.

As a result, eligibility for tariff relief depends on the destination and the end-use classification of the shipment.

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