Hyperbolic Cooling Towers Water Recycling

Water usage in industrial and power plant generation applications accounts for a significant portion of annual operating costs. Unfortunately, securing sufficient quantities of fresh water for cooling applications is becoming increasingly costly as global water resource are in ever-shorter supply. Our talented team at Infinite Technology examined this problem from all angles and developed an award-winning solution at MIT which helps enable a highly efficient, innovative hyperbolic cooling towers water recycling process.

The award-winning team from MIT has patented our novel system for water usage reduction for chemical plants, and we’re looking for companies and investors to partner with as we start changing the field. The forward-thinking engineers and inventors at Infinite Cooling have produced an effective solution unlike anything else available in the industry today.

The Cutting Edge of Chemical Plants Water Costs Solutions

Infinite Cooling can easily retrofit our system onto cooling towers, even for existing power and chemical plants, without interfering with regular operations. The collector and a charged electric field stops the escaping water vapor released in the cooling process and captures it to be used again. This boost to chemical plants water recycling lets us reduce costs and water use, and even reduces the persistent frustration of the vapor plume.

Water Savings

20-30% reduction in total plant water consumption (make-up and blowdown).

Costs Savings

$1M annual savings in water sourcing and water treatment costs for a 600 MW system.

Plume Abatement

100% plume elimination on cooling towers retrofitted with Infinite Cooling technology.

Discover Cost-Saving Hyperbolic Cooling Towers Water Usage Solutions

Through our advanced, patent-pending, designs focused on hyperbolic cooling towers water recycling, our technology can reduce power generation plant operating costs significantly. Currently, just a single 600 MW power generation plan pays over $5 million each year in water resources alone. However, our advanced water recycling for hyperbolic cooling towers applied to this 600 MW system could reduce costs by $1 million. This number factors in a 20-30% reduction in overall water consumption rates.

In addition to examining water recycling technologies from a cost-cutting perspective, it is also important to note its role in ongoing global resource conservation efforts. Currently, U.S.-based power generation facilities use over 160 billion gallons of water daily. This staggering number accounts for nearly 40% of the total U.S. water withdrawals. In fact, just a single 600 MW power plant consumes the equivalent quantity of water as almost 100,000 residents. Based on these usage rates, extreme water resource shortages may occur by the year 2030, according to recent estimates from the U.S. State Department and the United Nations.

Maher Damak

Maher Damak

CEO & Co-Founder
Bio |

Karim Khalil

Karim Khalil

CTO & Co-Founder
Bio |

Kripa Varanasi

Kripa Varanasi

Chairman & Co-Founder
Bio |

Start Reducing Water Usage for Hyperbolic Cooling Towers Today

Get started today by implementing our novel water capture technologies to reduce water consumption rates and start slashing your operating costs. You can request additional information through our website or by calling or emailing our team directly. Let us walk you through the entire non-interference installation, and operating processes for hyperbolic cooling towers water usage solutions in which you, as the customer, incur zero financial or operational risk.

 

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