Our life depends on it, yet most freshwater today has been degraded due to contamination and industrial processes causing devastating damage to our ecosystems.
We have developed an innovative, clean tech approach to transform any type of water into an optimized resource
We use our patented hydraulic systems to transform any type of water into a more efficient resource of optimal quality
Developed through more than twelve years of research, our innovative, state-of-the-art technology combines the power of hydrodynamics and repulsive energy fields to optimize the physicochemical properties of water.
TURBULENT FLOW
Mechanical forces in our system generate strong turbulences and eddies which naturally increase levels of dissolved oxygen in the water and allow for more efficient heat transfer.
ENERGY CHARGE
The repulsive energy forces enable a more efficient energy transfer capacity and increase the water’s electric charge thus improving hydration and dissolution of particles.
HYDROGEN BONDING
Exposing water to these forces modifies the hydrogen bonds to form more efficient H2O associations. The number of hydrogen bonds multiplies creating more small water clusters at the expense of larger ones.
These permanent modifications create a more productive water with an increased capacity to transfer energy to other biological systems
+ Higher solubility
– Lower density
– Lower viscosity
– Lower surface tension
We have studied the physicochemical and molecular modifications in water with the support of expert institutions and participated in several 3rd party field trials.
Tested in a variety of applications including crop fields, greenhouses, industrial and residential buildings, cooling towers and wastewater treatment plants, the results speak for themselves.
Optimize Water
Quality
Increase Crop
Efficiency
Lower carbon
Footprint
Maximize Water
Savings
To develop and supply groundbreaking water technology to solve environmental and social challenges across the globe
zero hunger
clean water
clean energy
climate action
Optimizing water’s fundamental physical properties to drastically improve the efficiency of critical productive processes
Tailor-made, sustainable solutions for the most water-dependent industries
We guarantee farmers more productive, sustainable crops while using less water and resources.
Tapani® transforms poor-quality water into a highly efficient resource to empower farmers to solve the most challenging agricultural problems:
+ Depleted soils
+ Soil salinity
+ Saline water
+ Water scarcity
+ Inefficient nutrient uptake
+ Pipe clogging
+ Energy consumption
+ CO2 emissions
+ and more…
+ Depleted soils
+ Soil salinity
+ Saline water
+ Water scarcity
+ Inefficient nutrient uptake
+ Pipe clogging
+ Energy consumption
+ CO2 emissions
+ and more…
Optimized Crop Performance.
“Regenerating soils is regenerating life”
Rebalancing Soil Texture
Irrigating with Tapani® water multiplies microbial activity to help achieve a healthy balance between sand, clay, and silt particles.
Nutrient Availability
Tapani® helps accelerate the rate of carbon mineralization making nutrients like Nitrogen, Phosphorus, and Potassium readily available for the plants’ roots.
Higher Infiltration Rates
The small water clusters in Tapani® water penetrate the soil twice as deep due to its lower density, viscosity, and surface tension leading to increased water retention.
Efficient Irrigation
The high solubility of Tapani® water solves and prevents algae, biofilm, and limescale formation in pipes while increasing fertilizer uptake efficiency.
Solving Salinity
Tapani® allows irrigation with saline or recycled water despite having a high electrical conductivity (>4mS/cm) and prevents salt accumulation near the root zone.
Soil Organic Carbon
Crops irrigated with Tapani® water accumulate more carbon in the soil than regular crops due to an optimized photosynthetic process and microbial activity.
We address the most pressing industrial problems directly at the source, hard water.
Our technology generates tremendous water savings and high energy efficiency for a more sustainable industry. We can help companies significantly:
+ Cut down operational costs
+ Improve product quality
+ Increase machine efficiency
+Increase profit margins
+ Reduce energy consumption
+ and more…
+ Cut down operational costs
+ Improve product quality
+ Increase machine efficiency
+Increase profit margins
+ Reduce energy consumption
+ and more…
Optimizing the physicochemical properties of water
Higher Solubility
Dissolves and prevents limescale and biofilm deposits in pipes & machinery while increasing the dissolution capacity in mixing processes.
Heat Transfer Efficiency
Reduces energy consumption in heating processes by increasing the energy transfer capacity of water.
Lower Viscosity
Reduces resistance in pipes for increased water flow and reduced energy consumption.
We transform wastewater treatment plants into biofactories of reference.
Transforming wastewater treatment plants (WWTP) into efficient, sustainable processes that produce high-quality regenerated water.
+ Maximize Energy Savings
+ Eliminate foul odors
+ Zero chemicals additives
+ Increase plant capacity
+ Reduce Sludge Formation
+ and more…
+ Maximize Energy Savings
+ Eliminate foul odors
+ Zero chemicals additives
+ Increase plant capacity
+ Reduce Sludge Formation
+ and more…
We act directly on the effluent to improve all stages of the treatment process:
Faster Decantation
The energy applied to the effluent neutralizes the charge of particles (organic matter, colloids, minerals, etc.) generating an accelerated and natural coagulation-flocculation effect.
Multiplied Microbiology
The increased energy transfer of Tapani® water stimulates microbial activity to accelerate bacterial decomposition of organic matter. Our system breaks down sludge into tiny particles and reduces its specific weight for easier management.
Energy Savings
In aerobic treatment, we optimize oxygen transfer efficiency to reduce aeration needs. In anaerobic reactors, we cut down fermentation times through increased heat transfer efficiency and bacterial stimulation.
“We help our customers achieve maximum treatment affordability and sustainability to generate increased revenue and profits”
Innovation is at the core of our identity
We participate in groundbreaking R&D projects that allow us to further develop our technology and make our impact more profound. For us, it is crucial to collaborate with official government bodies and private companies alike that are willing to push the boundaries of the status quo
r&d projects in the works:
Project Objective
“Make green hydrogen production energy-efficient and cost-competitive using optimized, regenerated wastewater”
Tapani® can increase the efficiency of the electrolysis process by optimizing the feed water’s electrical conductivity. In turn, we minimize the consumption of electricity and produce more kilos of hydrogen gas per liter of water used.
Project Objective
Based on years of soil analyses, we now know crops irrigated with Tapani® water can store significantly more carbon in the soil than regular crops. Apart from accelerating the transition into sustainable agriculture, it also opens the opportunity for us to develop a solid, trust-worthy farming model that will guarantee an extra income in the form of carbon credits.
Tell us about your challenges and we will build a solution that’s right for you.
