We are living in Cancun and have seen many times the blue-green algae polluting open waterways and lakes. It is a nasty combo mix of aerobic bacterias eating organic sluge, consuming O2 and creating CO2 which causes the poisonous blue-green algae's blooms. The algae consumes all CO2 in the water, raising the PH to dangerous levels for all aquatic life and, injury to insult, start releasing toxins. More organic matter collects at the floor and once all oxygen is consumed by the aerobic bacterias, anaerobic bacteria take over and produce the smelly gases, sulfur and methane.
Doing nothing is not an option but unfortunately most conventional forms of treatment fall well short of providing sustainable restoration. The principal of remediation however is straightforward – get lakes and ponds breathing again by boosting the dissolved oxygen in the water, especially in the lower levels. This in turn boosts a lake or ponds capacity to process nutrients again thereby abating the flourishment of weeds and algae.
Does your company pay never-ending bills for water treatment chemicals and the sad result is a turbid, greenish, "dead looking" and poisoned lake without fish?
Solution: H2mex offers hydroAir, a very advanced "top to bottom" lake aeration system, which mineralizes and deactivates the present nutrients. This eliminates the generation of CO2, the blue-green algae's foodsource. The added hydrogen reinforces health in the underwater flora and fauna, adding resilience and strength.
Before and after using nano-bubbles
An advanced, highly effective water treatment technology
Zero chemicals. A biological safe and sustainable solution
Lake restoration: Apart from removing all costs for chemicals, HydroAir is extremely bio-friendly. We can inject additional hydrogen to raise the pesticide and heat resistance of all habitants in the water. Having a living and breathing lake with good water, there will be no need for expensive processing of the irrigation water.
Wastewater treatment: Although ordinary air can only exist in water for a very short time, it can be retained for several months when supplied in the form of nanobubbles. Because the process produces large quantities of free radicals using very little energy, for example, when this technology is applied to wastewater treatment of the organic effluents discharged from a food processing plant, virtually all organic components can be decomposed efficiently into water and CO2. We expect a 60% reduction in energy costs. No downtime to install. A 5-HP unit which operates only 8 hours a day has been able to increase DO levels in the digestion tanks up to 8-times the normal range. Inﬂuent BOD5 was reduced by 89.6% and TSS was reduced by 99.65%. Energy usage dropped from 275 kw per day to 91 kw.
Horticulture: Nano bubbles have been proven to signifcantly increase plant growth, improve size uniformity, reduce stress and prevent root disease under the most extreme conditions. It delivers billions of nanobubbles with 200-times the inter-facial surface area when compared to micro bubbles, making them far superior in transporting valuable oxygen to a plant’s root system. In addition, the surface of the nanobubbles is negatively charged, attracting nutrient salts and enhancing nutrient uptake. Nanobubbles also increase the mobility of water molecules, potentially improving plant transpiration. Harvest yields are 50-70% higher. Dissolved oxygen 29 ppm compared to 7.5 with venturi aeration and 2 ppm with normal air stones. After installing the nanobubble generator, Big Tex Urban Farms saw 30ppm of DO in their water, resulting in a 24% faster cultivation time to reach their market weight of 6 ounces.
Pool maintenance: Instead of air, we can inject ozone, an unstable, highly reactive form of oxygen. It is 51 times as powerful as chlorine, the oxidizer most commonly used by most pool operators, and 3,000 times as fast at killing bacteria and other microbes. Ozone by itself normally only eliminates 99.99 per cent of bacteria. By combining the gas treatment with nanobubbles, it destroys 99.9999 per cent of E.coli bacteria in a given volume of water.
Nanobubbles stay suspended in solution because they do not rise to the surface. By staying suspended, they act as a type of oxygen battery in the water, diffusing more oxygen as the plants consume oxygen from the water.
We build these systems on demand and to specification. A system with 200 gpm is good for open waters from 50 to 100,000 m3 It includes the HydroAir unit, the high-pressure air compressor and several hydrogen generators. The latest generation has all elements integrated in one unit. Water intake filter and accompanying hoses with connectors can easily be constructed locally under our supervision.
HydroAir gets the job done. Starting at USD $15,500.
To make super saturated oxygenated hydrogen water in huge quantities, hydroAir uses specialized high pressure systems to dissolve the gases directly into the water. A 2 million gallon pond can be aerated to a DO level of 5.1 mg/L at the bottom of the lake. The long term exposure of the infused air and hydrogen with the water will reverse any "dead" lake into a highly effective living bio-environment in a couple of months. Standard oxygen transfer efficiency bigger 90%. ~ 100nm in size.
Adequate dissolved oxygen in water is a critical component to sustaining healthy ecosystems in lakes and ponds. Yet decades of herbicide use, fertilizer runoff, storm water pollution and septic tank leakage deplete oxygen levels in water and cause a debilitating chain reaction in the water. Nutrients in the water stimulate algae to bloom creating a high demand for the available oxygen in the water. As weeds and algae die, they sink and drop to the bottom where they decay and consume the last of the remaining oxygen. When the dissolved oxygen is gone, the partially decayed matter turns into septic muck, creating a dead zone on the lake-bottom. The muck becomes a nutrient-laden anaerobic compost pile that feeds the next cycle of explosive weed and algae growth. It’s a vicious cycle that slowly kills a water body.
One or several problematic "high value area" lakes and a 220/480 5.5 KW electrical connection.
You can initiate the purchase of a hydroAir system by contacting us
H2mex will immediately order the equipment upon agreement and a signed contract. The delivery time to Mexico is a couple weeks. Before the system components arrive, H2mex will construct the required intake filters and supervise the preparation of the system's lake location. Upon arrival, H2mex will install the equipment on premise and offer training and maintenance. Success in revitalizing the complete water column of a lake, top to bottom is guaranteed.
Water problems start when the nutrients silicate, phosphate and nitrate are available and the temperature raises.
The succession pattern observed was; bacteria (initial colonisers), rapidly followed by a monolayer of adnate diatoms, Cyanophyceae, unicellular Chlorophyceae and multicellular and filamentous Chlorophyceae.
1. Aerobic Bacteria consume nutrients and produce carbon dioxide.
2. Diatoms turn carbon dioxide into organic carbon and, in the process, generate oxygen and consume silica. They are zooplanctons' food.
3. Filamentous blue-green algae consumes carbon dioxide and is poisonous to all life in the water.
4. Green algae consumes nutrients via photosynthesis and generates oxygen.
5. Filamentous algae consumes nutrients via photosynthesis and generates oxygen.
If oxygen can get to the lake floor, it mineralizes the nutrients and deactivates them.
Having removed the nutrient abundance with hydroAir, the underwater species, strengthened with hydrogen, are again able to adjust the remaining imbalances of the water. Nearly all this guys are beneficial and they should be kept for autonomous, balanced water quality.
In the present study, H2 involvement in the plant hormone signaling pathway was found first, suggesting that H2 may trigger the ROS scavenging system by regulating the receptor genes of plant hormones related to the stress response, such as ABA, ethylene, SA, and JA. Therefore, we propose that H2 may act as a gaseous bioactive molecule like nitric oxide and ethylene. [Full scientific study here]
General underwater plant response will be similar to the plants above. Irrigation of crops by the use of hydrogen water will likely improve crop resistance to pest and disease leading to substitute for pesticides or reduce the use of pesticides thus it protect environment and improve food security. [Full scientific study here]
You can find more qualified studies on the science page