Larry Jordan II Lancaster 
                     Cell phone towers are high and tall structures used to enhance cell phone coverage and  
capacity. They transmit and receive radio signals to and from mobile devices, facilitating  
communication such as calls, text messages, and internet access. The towers are typically  
found in urban areas, near highways, or remote areas where cell phone coverage is limited.  
Wireless carriers such as Verizon, AT&T, or T-Mobile own the towers and lease space to  
other providers. However, working on these towers can be dangerous, and workers need to  
understand the potential risks associated with working at heights, with electrical equipment,  
and in outdoor environments. Proper training, protective equipment, and safety procedures  
are essential to ensure worker safety.
The risks and the solution
1.Safety & Accidents: Workers who climb towers are at risk of falls, which can result in  
serious injury or even death. Falls can occur due to slips, trips, or loss of balance, or due to 
 equipment failure or insufficient safety measures.
The solution: Larry Jordan II Lancaster offers to reduce the maximum height that a worker 
 would be required to work at during construction/maintenance/repair of the tower to 1.8 ft.
2.Electrocution: Mobile towers are often used to transmit high-voltage electrical signals, so  
workers need to be careful to avoid coming into contact with live wires or equipment, or even 
 aircraft. They should also be aware of the potential for electrical arcing or other hazards  
associated with high-voltage electrical systems.
The solution: Standard Ascension Tower has reduced the max amount of the voltage to 
 2.0V.
3.Structural collapse: Towers can be damaged by high winds, lightning strikes, or other  
environmental factors, which can cause them to collapse. Workers should be aware of the  
signs of structural damage and should take appropriate precautions to prevent collapse.
The solution: Standard Ascension Tower offers a 12.7/1.5 ratio of the maximum stress that 
 key components of design can withstand to the maximum stress experienced.
4.Weather-related hazards: Workers who operate in outdoor environments may be  
exposed to extreme weather conditions such as high winds, lightning, or extreme heat or cold.  
They need to take appropriate precautions to avoid exposure to these hazards.
The solution: Standard Ascension Tower by Larry Jordan II Lancaster proposes a 
weather-  resistant paint to protect the structure externally. It can help combat the effects of  
temperature, by acting as an insulator, and help prevent corrosion. The coating slurry is  
comprised of oxidizing agents at a minimum concentration of 10 grams/liter such that the  
passive film is compact and continuous
To minimize these hazards, a project like Standard Ascension Tower should be brought 
into  implementation with proper training, protective equipment, and safety procedures for 
their  workers. Workers should also be aware of their surroundings and take appropriate  
precautions to stay safe while on the job.