PHANTOR
The Mobile Water Giant
In response to the increasing demand for new ways to produce drinking water and building on the latest scientific findings, we developed an atmospheric water generator that surpasses everything that has gone before.
Phantor at Labor Tempelhof 2024: Experience Sustainability Live with Die Ärzte
Phantor at Labor Tempelhof 2024: Experience Sustainability Live with Die Ärzte
PHANTOR 6000 at the BOSS Open
PHANTOR 6000 at the BOSS Open
The Mobile Water Giant PHANTOR marks a new category in the field of atmospheric water generators. PHANTOR, as a high-performance mobile AWG, is designed for both stationary and semi-stationary use, unlike most conventional atmospheric water generators.
PHANTOR can extract up to 10,000 liters of drinking water from the air daily and thus belongs to the biggest AWGs.
The innovative design of the system and the integrated self-optimizing software set new standards in the field of energy efficiency of atmospheric water generators. This shows the years of experience in the field of energy systems and renewable energies of neoom, the company behind the project. With PHANTOR, the concentrated know-how of the neoom hardware and software team is driven to perfection.
"The global water crisis is one of the greatest threats humanity will face over the next few decades."
Global Risks Report, World Economic Forum
World population
State 2017
As the world population continues to increase massively and water consumption increases even faster, the demand for mobile water generators is growing. For years the World Economic Forum’s Global Risks Report is reporting that the global water crisis is one of the greatest threats humanity will face over the next few decades. Global warming is changing freshwater lakes, rivers and streams. Groundwater is under threat from fracking, oil fields and oil transport, reports Greenpeace. According to a report by Science of the Total Environment desalination leaves potentially toxic brine, is extremely energy-intensive and is only possible locally near the coast. This means that humanity needs “new water”, e.g. through atmospheric water generators. PHANTOR, the mobile water giant, provides millions of people access to safe drinking water through state-of-the-art technologies and renewable energy.
Who needs a mobile water generator?
AWGs are used where water scarcity is a daily challenge: in remote locations, in dry regions or agricultural areas, during peacekeeping operations and catastrophes, but also for urban development.
In large Green Housing plants, drying equipment is used to keep the humidity in the greenhouse in the optimum range. At the same time, water is used for irrigation. These two activities can be perfectly combined with an atmospheric water generator: The processed water from the air is added back to the roots of the plants.
During peacekeeping missions or disaster operations, a self-sufficient water supply system must be set up temporarily. PHANTOR can be delivered immediately by container and produce drinking water on site.
The atmospheric water generator PHANTOR can supply a complete residential building, hotel or hospital with fresh water. In many areas this is more economical than a water pipe.
PHANTOR sets several new standards in the field of atmospheric water generators as a mobile high-performance AWG. PHANTOR is designed for both stationary and semi-stationary use. Self-optimizing software maximizes energy efficiency. Fail-safe operation is ensured by renewable energy sources.
PHANTOR, the high-performance mobile AWG
Current AWG on the market are often too small to produce sufficient water or too complex and only intended for stationary use. The mobile water giant PHANTOR represents the missing link in the field of atmospheric water generators and sets several new standards in mobile water extraction and water treatment. PHANTOR is designed as a mobile high-performance AWG for both stationary and semi-stationary use. In order to increase energy efficiency, the dehumidified and cool air is not simply blown out in the circuit, but fed directly inside the housing to the recooler for cooling the system.
In addition, PHANTOR can generate energy for the basic supply from renewable sources through a photovoltaic system on the roof. In combination with a power storage unit, power outages are no longer a problem. Depending on the application, a suitable operation strategy of the high-performance AWG can be individually selected.
Hardware and software in perfect symbiosis
With a volume of 10,000 litres of drinking water per day, PHANTOR belongs to the top league of AWGs and at the same time provides innovative functions that open up completely new possibilities for added value for the operator. The system is equipped with a self-optimizing control system and secure remote access via the Internet is possible at any time and worldwide. Current weather data is continuously included in the calculation in real time, resulting in significant energy savings.
This shows the many years of experience in the field of energy systems and renewable energies of neoom, the company behind the project. With an uncompromising portfolio of energy storage and charging products under the neoom brand in combination with an intuitive energy management software, neoom is already showing today what the energy systems of the future must look like. With PHANTOR, the concentrated know-how of the neoom hardware and software team is driven to perfection.
The inventors of PHANTOR
Walter Kreisel
CEO & Founder
Manfred Ledermüller
CTO & Co-Founder
PHANTOR 10000
Technical specs
With dimensions of 12.0 x 2.28 x 2.65 metres (length x width x height) and a weight of around 14.3 t, PHANTOR is robustly built and corresponds exactly to the container size of a 40 Foot Standard High Cube. This makes it relatively easy to transport the mobile high-performance AWG worldwide by train with reduced emissions. The installed devices and materials are designed for minimum maintenance and maximum service life, in order to achieve an above-average reliability of PHANTOR.
| Length | 12 m |
| Width | 2.28 m |
| Height | 2.65 m |
| Weight | 14,300 kg |
| Power supply | max. 120 kW (400V, 50Hz) |
| Oil free chiller system, contact free magnetic bearings for highest efficiency and low maintenance | |
| Water treatment | Combi filter, UV-disinfection, mineralization, bacterial filter. Verified drinking water (above WHO standards) |
| Integrated water tank | 1000 liters |
| Integrated photovoltaics | 1.5 kW power |
| Housing | Suitable for installation near the cost. Housing and steel structure in C5 coating |
| Measuring control technology | State of the art PLC with neoom CONNECT (including visualization and remote control) |
PHANTOR 6000
Technical specs
With dimensions of 6.0 x 2.3 x 2.6 meters (length x width x height) and a weight of about 11 tons, PHANTOR is built sturdily and at the same time matches the container size 20 Foot Standard High Cube. As a result, it is even easier to change its location.
The built-in equipment and used materials are geared towards minimum maintenance and maximum service life, in order to achieve an above-average reliability of PHANTOR.
| Length | 6 m |
| Width | 2.3 m |
| Height | 2.6 m |
| Weight | 11,000 kg |
| Power supply | max. 100 kW (400V, 50Hz) 4.8 kWh neoom® Li-ion off grid battery system for autonomous emergency power supply |
| Oil free chiller system, contact free magnetic bearings for highest efficiency and low maintenance | |
| Water treatment | Combi filter, UV-disinfection, mineralization, bacterial filter. Verified drinking water (above WHO standards) |
| Integrated water tank | 600 liters |
| Housing | Suitable for installation near the cost. Housing and steel structure in C5 coating |
| Measuring control technology | State of the art PLC with neoom CONNECT (including visualization and remote control) |
The thermodynamic simulation model of PHANTOR was developed in cooperation with the University of Applied Sciences Upper Austria. Tests in the climatic chamber of the accredited test center Rail Tec Arsenal confirm the outstanding function of PHANTOR and show that the real results are in agreement with the simulation model.
| [°C ] | 0,01 | 12,50 | 15,00 | 17,50 | 20,00 | 22,50 | 25,00 | 27,50 | 30,00 | 32,50 | 35,00 | 37,50 | 40,00 | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| rel. F [%] | Waterproduction per 24 hours | Rail Tec Arsenal Austria | ||||||||||||
| 95 | 2 055 | 3 071 | 4 039 | 5 127 | 6 351 | 7 775 | 9 396 | 10 240 | 10 168 | 10 674 | 10 890 | 7 573 | ||
| 85 | 2 435 | 3 293 | 4 279 | 5 361 | 6 574 | 7 977 | 8 779 | 9 078 | 8 672 | 9 117 | 6 143 | |||
| 75 | 1 821 | 2550 | 3 454 | 4 418 | 5 522 | 6 603 | 7 641 | 7 769 | 8 067 | 7 629 | 4 938 | |||
| 65 | 2 603 | 3 449 | 4 416 | 5 469 | 6 567 | 6 699 | 6 689 | 6 685 | 4 634 | |||||
| 55 | 2 479 | 3 308 | 4 228 | 5 201 | 6 334 | 6 981 | 6 316 | 4 764 | ||||||
| 45 | 2 936 | 3 754 | 4 683 | 5 711 | 6 274 | 4 428 | ||||||||
| 35 | 4 747 | 4 186 | ||||||||||||
| 30 | 3 717 | |||||||||||||
| [°C ] | 0,01 | 12,50 | 15,00 | 17,50 | 20,00 | 22,50 | 25,00 | 27,50 | 30,00 | 32,50 | 35,00 | 37,50 | 40,00 | |
|---|---|---|---|---|---|---|---|---|---|---|---|---|---|---|
| rel. F [%] | Energyefficiency in Watthours per litre | Rail Tec Arsenal Austria | ||||||||||||
| 95 | 427 | 327 | 289 | 285 | 282 | 260 | 260 | 211 | 210 | 194 | 183 | 206 | ||
| 85 | 394 | 328 | 310 | 301 | 308 | 268 | 249 | 253 | 252 | 229 | 264 | |||
| 75 | 454 | 415 | 351 | 329 | 331 | 365 | 323 | 319 | 289 | 283 | 338 | |||
| 65 | 416 | 383 | 354 | 352 | 379 | 366 | 357 | 338 | 373 | |||||
| 55 | 479 | 419 | 389 | 395 | 384 | 377 | 378 | 394 | ||||||
| 45 | 484 | 467 | 443 | 432 | 425 | 459 | ||||||||
| 35 | 495 | 532 | ||||||||||||
| 30 | 582 | |||||||||||||
Austrian drinking water quality
The drinking water produced by PHANTOR does not only comply with the worldwide WHO guidelines but also with the even higher Austrian standards.
The harvested water must pass through a number of filters, including activated carbon filters, UV disinfection, mineralisation and bacterial filters.
In November/December 2019, tests were carried out at an accredited testing laboratory to provide practical proof of the mathematical theoretical model.
It was confirmed that PHANTOR works exactly as calculated and that 10,000 litres of drinking water can be harvested per day.
On 25.11.2019 PHANTOR left the production halls for the first time and was transported by truck to the accredited test centre according to EN ISO/IEC 17025 near Vienna. Various values for air humidity and ambient temperature were simulated in the climatic wind tunnel on the basis of several test runs. Thus the mathematical model based on the PHANTOR could be verified. The test results confirmed the functionality, performance and efficiency of PHANTOR.
2700 years BC IMHOTEP went down in history. He was a high dignitary, inventor and the first great builder.
Imhotep wanted to build a much higher pyramid as a tomb for King Djoser than his predecessors. The supply of water for his workers was a fundamental prerequisite for this. Therefore he developed a machine, the Shaduf, and brought water from the Nile into the country. Shaduf provided people with drinking water and made it possible to grow vegetables and fruits.
Water meant life. Survival. That has not changed to this day.
CAREER
We are constantly on the lookout for motivated people to shape the energy systems of the future together with us.
With us, the team is at the centre. Through our cohesion, flat hierarchies and corresponding creative freedom, we quickly implement innovative ideas.
