#FutureOfWastewater | Explore Tumblr posts and blogs

steelcoretank · 11 months ago

Text

What are fire protection tanks?

Fire protection tanks (or water storage tanks) play a vital role in protecting fresh water in drier areas from wildfires and contamination. They are often found on farms, wineries, and industrial zones in places where water is scarce. Simply put, they are a necessity in regions prone to fires and drought. Thousands of rural American businesses rely on modern water storage containers for their operations today.

High-quality tanks are generally designed with galvanized steel and are bolted into the ground. Others are simply constructed with carbon welded and factory coated steel. The structures themselves are typically round and silo-like, with pointed steel roofs. They can be found all over the dry areas of California, where wildfires run rampant in the summertime.

The need to protect your water from fires is increasing

Between 1978 and 2013, the length of the wildfire season increased by 19%. To make matters worse, the NOAA estimates that half of the United States is in drought – and as dry seasons become longer, water is becoming an even scarcer resource. Not only are summers becoming drier, but wildfires are becoming more frequent, putting precious resources like water at risk which is why Fire Protection Tanks are more important than ever.

The unfortunate truth is that there has never been a more important time for businesses to ensure their water remains protected from natural disasters.

As a result, water storage tanks are no longer just about storing water for the long term. Hundreds of businesses around the country are using these tanks to ensure their water remains fresh, uncontaminated, and safe from the elements. Companies like SteelCore are dedicated to keeping your water safe so that your business or farm can thrive, even in the harshest conditions. We have been in business since 2016, and have become one of the most trusted names in the industry.

What makes a good fire protection tank?

California Fire Code holds storage tanks to a high standard – after all, when some of the worst wildfires in the country happen in Northern California, it is important that storage tanks are built with precision.

The Sonoma County website has a detailed list of all the requirements and exceptions as well. However, one of the main requirements is that a tank should meet the standards of NFPA 22. NFPA simply stands for National Fire Protection Agency, with standard materials including galvanized steel or fiberglass-reinforced plastic.

Generally, water storage tanks over 5,000 gallons need a permit, in addition to sitting on a concrete foundation. Make sure to check with your county’s fire code, as your exact requirements may change depending on your location.

As far as fire protection tanks go, SteelCore designs and sell some of the highest quality ones on the market. Unlike tanks from other companies, SteelCore’s tanks are manufactured with corrugated, galvanized steel. Because of their tough design, they can survive an array of environmental conditions and meet several more standards than carbon welded tanks. Truly the definition of heavy-duty, these tanks can withstand wind speeds of nearly 170 MPH and survive up to a zone 4 seismic earthquake.

Finding a high-quality storage tank

With so many designs on the market, it can be overwhelming to choose a proper storage tank. There are a lot of factors to consider before making a purchase, and we at SteelCore want you to make the most educated decision as possible.

One important consideration is storage capacity. Tanks come in a variety of sizes and capacities, so it is important to have a solid understanding of your water needs. Luckily, SteelCore has a calculator tool to help determine what dimensions you may need depending on your water capacity.

Similarly, it is important to take the materials and the foundation into consideration. Tanks that are bolted to concrete foundations like SteelCore’s are often more durable and can withstand more hazards than their smaller, unbolted counterparts.

The material of the water tank is important as well. This ensures that you can use the water for irrigation or drinking. This is usually denoted with an NSF certification, which essentially states that the water is potable. However, the material and tank you go with will ultimately depend on what you use your water for.

For example, if your business of farm uses a large amount of water, one possible solution is a 1,000,000 gallon galvanized water storage tank. Certified to NSF, NFPA and OSHA standards, this mammoth tank has astounding protections against fire and environmental disasters, all the while keeping the water inside potable.As with anything, be sure to read your county’s fire code before committing to a storage tank. SteelCore representatives are always available to answer any questions and point you in the right direction. After you have decided, our experienced installers will work with you to ensure the installation process goes smoothly and that your water remains fire protected.

#WaterManagement #SustainableSolutions #EnvironmentalImpact #WastewaterInnovation #EcoFriendlyTech #WaterConservation #GreenInfrastructure #TankTechnology #CleanWaterInitiative #FutureOfWastewater #SmartStorage #ResourcePreservation #WastewaterTech #EnvironmentalEngineering #SustainabilitySolutions

0 notes

steelcoretank · 11 months ago

Text

The Importance of Drinking Water Storage Tanks

The Role of Drinking Water Storage Tanks

Ensuring a Steady Supply

Drinking water storage tanks serve as reservoirs that store treated water until needed. This strategic storage ensures a consistent drinking water supply to meet the daily demands of communities and industries. By regulating the flow and pressure within the water distribution system, these tanks help maintain a reliable and uninterrupted supply.

Emergency Preparedness

Drinking water storage tanks also play a pivotal role in emergency preparedness. Emergency response teams can quickly distribute stored water to affected areas, helping communities weather the crisis.

Equalizing Water Demand

Water demand can fluctuate throughout the day, with peak consumption occurring during morning routines and evening hours. Drinking water storage tanks help equalize this demand by storing water during off-peak periods and supplying it during peak times. This balance ensures that water treatment facilities and distribution systems aren't overwhelmed during periods of high demand.

Types of Drinking Water Storage Tanks

Various drinking water storage tanks accommodate different storage capacities and space requirements. The choice of tank depends on factors such as location, water demand, and available budget. Here are some common types of drinking water storage tanks:

1. Elevated Water Tanks:

These tanks are typically mounted on elevated structures, such as towers or support columns. Gravity assists in water distribution, eliminating the need for energy-consuming pumps. High tanks are often used in urban areas to pressure high-rise buildings adequately.

2. Ground-Level Reservoirs:

Ground-level reservoirs are large, ground-level storage basins or tanks. They are commonly used for storing significant volumes of water for municipal or industrial use. These tanks are often situated underground or partially buried to save space.

3. Standpipes:

Standpipes are tall, vertical water tanks supported by a single central or several columns. They are usually used in smaller communities and rural areas and can also provide firefighting water supply.

4. Composite Tanks:

Composite tanks combine materials such as steel and concrete to optimize strength, durability, and corrosion resistance.

5. Underground Storage Tanks:

These tanks are buried underground to save space and protect against temperature fluctuations. They are commonly used for residential water storage and are less visible than above-ground tanks.

Maintenance and Safety

Proper maintenance of drinking water storage tanks is essential to ensure the quality and safety of the stored water. Neglected tanks can become breeding grounds for bacteria, algae, and contaminants. Here are critical maintenance and safety considerations:

1. Routine Inspection:

Regularly inspect tanks for signs of damage, corrosion, and leaks. Conduct internal inspections to assess the condition of the tank interior and address any issues promptly.

2. Cleaning:

Clean the interior of the tank regularly to remove sediment, biofilm, and other contaminants. This prevents the buildup of harmful substances and maintains water quality.

3. Coating and Lining:

Apply appropriate coatings and linings to the tank's interior to protect against corrosion and ensure water quality. Recoat tanks as needed to maintain their integrity.

4. Security:

Secure access to the tank to prevent unauthorized entry, vandalism, or contamination. Implement safety measures to protect against accidents and falls.

5. Pest Control:

Take measures to control pests and insects that can contaminate the tank. Install screens, seals, or other barriers to keep pests out.

6. Water Quality Testing:

Regularly test the water quality in and around the tank to ensure it meets regulatory standards. This includes testing for bacteria, chemicals, and other contaminants.

7. Emergency Preparedness:

Develop and maintain emergency plans for drinking water storage tanks, including protocols for contamination events, power outages, and system failures.

Water Quality and Health

The quality of water stored in these tanks directly affects public health. Contaminated or inadequately maintained tanks can introduce harmful microorganisms, chemicals, or foreign substances into the drinking water. To safeguard public health, strict water quality standards and regulations are in place to ensure that stored water meets safety requirements.

0 notes