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Tower Class Cloud Seeders

Tower class cloud seeders are specialized devices located in valleys, typically positioned at a distance from the main atmospheric layer. They are designed to release cloud-seeding chemicals from a higher altitude, often using a tall tower or spire that reaches up into the atmosphere. Here’s an explanation of how tower class cloud seeders work, with a focus on their application in Owens Valley:

Location and Purpose:

Tower class cloud seeders are strategically placed in valleys, such as Owens Valley, to take advantage of specific meteorological conditions and geographical features. In the case of Owens Valley, these devices are located in a staggered configuration along with ridgeline cloud seeders. The aim is to optimize water extraction from clouds and channel the resulting precipitation over Owens Lake and the Owens Valley watershed.

Tower Structure:

The tower class cloud seeder features a tall tower or spire, designed to reach up into the atmosphere where the target clouds exist. The tower is constructed to withstand various weather conditions and provide stability for the cloud-seeding operations.

Cloud-Seeding Chemical Release:

Tower class cloud seeders release cloud-seeding chemicals from their elevated position. The chemicals used for cloud seeding, such as silver iodide or other suitable agents, are typically stored within the tower or spire.

The tower class cloud seeder is equipped with mechanisms for controlled release of the cloud-seeding chemicals. These mechanisms can vary but generally involve:

Dispersal devices:

These devices are installed within the tower structure, and they facilitate the release of cloud-seeding agents into the atmosphere.

They can include sprayers, nozzles, or other methods to disperse the chemicals effectively.

Release timing:

The release of cloud-seeding chemicals is coordinated with meteorological data and cloud conditions to maximize the effectiveness of the seeding process. Weather monitoring systems and forecasts play a crucial role in determining the optimal timing for cloud-seeding operations.

Water Extraction and Channeling:

By strategically locating tower class cloud seeders in valleys, their elevated position allows them to extract water from clouds at higher altitudes. The staggered configuration with ridgeline cloud seeders helps optimize the capture of moisture from the clouds. The goal is to extract as much water as possible and direct it over Owens Lake and the Owens Valley watershed.

Monitoring and Evaluation:

Similar to other cloud-seeding methods, tower class cloud seeders are monitored and evaluated during their operation. Meteorological data, cloud characteristics, and precipitation patterns are analyzed to assess the effectiveness of the cloud-seeding efforts. This information helps researchers and meteorologists understand the impact of the tower class cloud seeders on local weather patterns and water resources.

It’s worth noting that the specific design and operation of tower class cloud seeders may vary depending on the location and project requirements. The use of tower class cloud seeders, along with other cloud-seeding techniques, aims to enhance precipitation and water resources in valleys like Owens Valley. Ongoing research and evaluation are conducted to continually refine and improve the effectiveness of these cloud-seeding methods.

Tower Class - TC-0056

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 24%

36.5726161,-117.9814813,4230

Code Name: Gandolf The White

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Tower Class - TC-0042

Atmospheric relase: 0 - 4,000 Ft

Fog Density Value: 30%

36.5595567,-118.0595342,7036

Code Name: Cheech

Surface to air cloud seeder

Range: Upwind .5 - 3mi Downwind 2-10mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Tower Class - TC-0021

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 33%

36.591541,-118.1506509,5933

Code Name: Saline Dion

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-7.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/23/23

Tower Class - TC-0013

Atmospheric relase: 0 - 6,000 Ft

Fog Density Value: 28%

36.6599484,-118.1528038,1200

Code Name: Archimedes

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Tower Class - TC-0015

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 24%

36.8005498,-118.1297181,17059

Code Name: Sylvia

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-30mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Tower Class - TC-0056

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 32%

36.8991559,-118.2584967,14315

Code Name: Bart

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2021-2033

T6, T7, T11, T23E, T23W as of 05/02/23

Tower Class - TC-0056

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 36%

36.7062294,-118.2268322,8439

Code Name: Cricket

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2022-2037

T6, T7, T11, T23E, T23W as of 05/22/23

Ridgeline Based Cloud Seeders

Ridge line class cloud seeders are specialized devices placed along the ridge lines of mountains. These cloud seeders are strategically positioned at an altitude that allows them to release cloud seeding chemicals directly into the target clouds. The design of ridge line class cloud seeders is specific to their geographic location, altitude, and prevailing winds.

Placement and Altitude:

Ridge line class cloud seeders are located on the ridge lines of mountains. This placement offers several advantages, including being at an optimal altitude for the cloud-seeding process. By being positioned high above the surrounding terrain, these cloud seeders can release the cloud-seeding chemicals directly into the clouds at an altitude that promotes effective mixing.

Geographic Location and Design:

The design of ridge line class cloud seeders is specific to their geographic location, altitude, and prevailing winds. Factors such as wind patterns, topography, and cloud formation in the region influence the placement and design of these devices.

The ridge line class cloud seeders are strategically designed to make the most of their geographic location. They are typically constructed to withstand the challenging mountainous environment and are equipped with features that optimize their performance. This includes considering the prevailing wind patterns to ensure that the cloud-seeding chemicals are dispersed in a manner that maximizes their interaction with the target clouds.

Chemical Release:

Ridge line class cloud seeders pump a large volume of cloudseeding chemicals into the atmosphere. The higher altitude and distance from human interaction allow for the use of a larger quantity of cloud-seeding agents. Some units may even be equipped with flares or specialized mechanisms that shoot the cloud-seeding chemicals directly into the cloud. This concentrated seeding enhances the chances of ice nucleation and precipitation formation within the targeted clouds.

Monitoring and Evaluation:

As with other cloud-seeding methods, ridge line class cloud seeders are monitored and evaluated during their operation. Meteorological data, cloud characteristics, and precipitation patterns are analyzed to assess the effectiveness of the cloud-seeding efforts. This information helps researchers and meteorologists understand the impact of ridge line class cloud seeders on local weather patterns and water resources.

The use of ridge line class cloud seeders, in combination with other cloud-seeding techniques, aims to enhance precipitation and water resources in mountainous regions. Ongoing research and evaluation are conducted to continually refine and improve the effectiveness of these cloud-seeding methods in optimizing cloud interaction and water availability.

Ridge Line Class - RLC-00234

Atmospheric relase: 1,000ft - 18,000 Ft

Fog Density Value: 67%

36.675367, -118.110904

Code Name: Junebug

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket

Silver Iodide Flare Delivery

2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Ridge Line Class: RLC-00337

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 78%

36.675367, -118.110904

Code Name: The Onion

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 78%

36.675367, -118.110904

Code Name: Alfie

Surface to air cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2021-2033

T6, T7, T11, T23E, T23W as of 05/03/23

Ridge Line Class: RLC-00135

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-7.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

Ridge Line Class: RLC-00217

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 69%

36.759434,-117.9867632,8147

Code Name: Gilbert

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Ridge Line Class: RLC-00122

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 87%

36.6338186,-117.9010528,8414

Code Name: Wendy

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket

Silver Iodide Flare Delivery

2020-2036

T6, T7, T11, T23E, T23W as of 05/12/23

Ridge Line Class: RLC-00337

Atmospheric relase: Variable

Fog Density Value: 65%

Mobile Unit

Code Name: Stuart Little

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-4.3

Preessurized heavy gasket

Silver Iodide Flare Delivery

2020-2033

T6, T7, T11, T23E, T23W as of 05/01/23

Ridge Line Class: RLC-00337

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 88%

36.3701914,-118.1044966

Code Name: Flea

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2020-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Ridge Line Class: RLC-00337

Atmospheric relase: 2,000 ft - 25,000 Ft

Fog Density Value: 78%

36.45832,-118.143364,4165

Code Name: C3po

Surface to air cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket

Silver Iodide Flare Delivery 2022-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Foggers / Precipitation Capture

Our advanced fogger and precipitation capture system offers a remarkable solution for managing water resources and mitigating dust in arid regions. This large-scale infrastructure comprises a series of powerful devices designed to capture and store rainfall in pressurized tanks. These stored water reserves can be released into the air as a fine mist or fog.

One of the standout features of this system is its ability to generate clouds. By dispersing the stored water as a fine mist, our foggers can create clouds, even in areas with limited cloud cover. These artificially generated clouds act as nuclei for moisture absorption, allowing them to interact with existing natural clouds.

To enhance the precipitation process, our foggers are equipped with a cloud seeding compound. When mixed with the natural clouds, this compound induces a rapid drop in temperature. The resulting cooling effect triggers condensation and accelerates rainfall, causing the cloud to quickly dissipate.

The harvested rainfall, along with the precipitation generated through cloud manipulation, is efficiently collected and stored in our pressurized tanks. This ensures the secure retention of the captured water, making it readily available for a variety of applications such as irrigation, drinking water supply, or industrial use.

In addition to its role in water resource management, our fogger system serves as an effective dust mitigation technique. By releasing a fine mist or fog, it dampens airborne dust particles, reducing their dispersion and mitigating dust-related issues. This dual functionality makes our fogger system a versatile tool that addresses both water scarcity and environmental challenges.

Experience the benefits of our fogger and precipitation capture system, which offers a sustainable approach to water management and environmental stewardship in arid regions.

Unlock the potential of weather manipulation and sustainable water solutions with our innovative fogger system.

Heavy Fogger - HF-0087

Atmospheric relase: 0 - 10,000 Ft

Fog Density Value: 96%

36.675367, -118.110904

Code Name: Leviathan

Cloud Fabricator & Heavy Fogger / Cistern

Range: Upwind 2-3mi Downwind 2-10mi

Operating System: WS-3.2

Preessurized heavy gasket

Silver Iodide Infused Delivery

2022-2033

T6, T7, T11, T23E, T23W as of 03/12/23

Heavy Fogger - HF-0003

Atmospheric relase: 0 - 15,000 Ft Fog Density Value: 84%

36.675367, -118.110904

Code Name: Doug

Heavy Fogger and Catchment Cistern

Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Fogger - HF-0013

Atmospheric relase: 0 - 15,000 Ft Fog Density Value: 84% 36.4091337,-117.934034

Code Name: Martin

Heavy Fogger / cloud seeder and Catchment Cistern Operating System: WS-3.2 Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Fogger - HF-0025

Atmospheric relase: 0 - 7,000 Ft Fog Density Value: 84% 36.4359742,-117.884891,18

Code Name: Samson

Heavy Fogger and cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Fogger - HF-0023

Atmospheric relase: 0 - 15,000 Ft

Fog Density Value: 84%

36.675367, -118.110904

Code Name: Doug

Heavy Fogger and cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Fogger - HF-0018

Atmospheric relase: 0 - 5,000 Ft

Fog Density Value: 84%

36.4613229,-117.8843232

Code Name: Chuck

Heavy Fogger and cloud seeder

Range: Upwind 20-30mi Downwind 20-100mi Operating System: WS-3.2

Preessurized heavy gasket Silver Iodide Flare Delivery 2023-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Heavy Fogger - HF-0023

Atmospheric relase: 0 - 4,000 Ft Fog Density Value: 84%

36.475066,-117.91035

Code Name: Gary

Heavy Fogger and cloud seeder

Range: Upwind 2-3mi Downwind 2-10mi Operating System: WS-3.2 Preessurized heavy gasket Silver Iodide Flare Delivery 2021-2033

T6, T7, T11, T23E, T23W as of 05/12/23

Cutting Edge Infrastructure

We are proud to introduce our state-of-the-art plumbing technology integrated with cutting-edge AI-based monitoring systems. With our innovative approach, we are revolutionizing the way water resources are managed and conserved.

Plumbing Technology:

At Nimbus Solutions, we understand the critical importance of efficient plumbing systems in preserving water resources. Our stateof-the-art plumbing technology combines the latest advancements in materials, design, and installation techniques. With an emphasis on sustainability, our plumbing solutions minimize water waste, optimize distribution, and ensure reliable access to clean water.

From smart faucets and showers to water-saving toilets and innovative irrigation systems, our plumbing technology is designed to maximize water efficiency without compromising performance. Experience seamless integration, superior durability, and the peace of mind that comes with responsible water usage.

AI-Based Monitoring:

Nimbus Solutions takes water management to the next level with our AI-based monitoring systems. Leveraging the power of artificial intelligence and data analytics, we offer real-time insights into water consumption, leak detection, and overall system performance.

Our advanced monitoring technology continuously collects and analyzes data from sensors placed strategically throughout the water infrastructure. Through machine learning algorithms, the system identifies patterns, detects anomalies, and provides actionable recommendations for optimization.

With our AI-based monitoring, you gain unprecedented control over your water resources. Detect and address leaks promptly, optimize water usage based on demand patterns, and make informed decisions to ensure sustainable water management.

Benefits of Choosing Nimbus Solutions:

Enhanced Water Efficiency:

Our state-of-the-art plumbing technology helps conserve water by minimizing waste and optimizing distribution.

Real-Time Insights: AI-based monitoring provides real-time data and actionable insights, empowering you to make informed decisions for efficient water management.

Cost Savings:

By reducing water consumption and detecting leaks early, our solutions help you save on utility costs.

Environmental Stewardship: With responsible water usage, you contribute to preserving precious water resources and minimizing the ecological impact.

Join the Water Revolution with Nimbus Solutions: Unlock the full potential of advanced plumbing technology and AI-based monitoring for sustainable water management. Trust Nimbus Solutions to deliver state-of-the-art solutions tailored to your specific needs.

Contact us today and discover how our expertise and innovation can transform your water management practices. Together, let's build a future where water resources are preserved, conserved, and sustainably utilized. Nimbus Solutions: Empowering Water Efficiency for a Better Tomorrow.