EN
DE
FR
ES
PT
RU
AR
BG
SR
GR
SQ
RO
PL
HU
CZ
In today's world, storage products are used in various fields. Water tank models with different advantages in different areas are used in many countries, including our country. Storage products are used for various purposes. Industrial use is the primary purpose of use because it enables the production of many products and their transportation from one place to another. In general, when we look another and of use, regardless of whether it is solid or liquid, storage products are vehicles that store any content to protect it from external environmental conditions, transport the stored content from one place to another, and allow it to be discharged through a drain valve when needed.
Rainwater harvesting is also done using storage products. With rainwater harvesting, the water source we have can be transferred to future generations more securely. Rainwater harvesting systems are used in many countries and cities worldwide. The material and spiritual benefits provided by these systems to their users are significant. One of the notable material benefits is reducing your water bill. So how is rainwater harvesting systems installed, and what type of tank is needed for this harvest?
How to Perform Rainwater Harvesting?
Rainwater harvesting systems are divided into simple and comprehensive systems. You can install and use these systems even in your homes in a simple way. However, although comprehensive systems are not common in our country, they are available in some countries worldwide. Rainwater harvesting systems, whether simple or comprehensive, are primarily based on three categories for installation. Here are the three categories required for setting up rainwater harvesting systems:
1. Rainwater Collection Area
In simple rainwater harvesting systems, the rain collection area is usually the roof of our homes. In comprehensive systems, the rain collection areas are built with an inverted umbrella architecture and are quite high. The larger the rain collection area, the more it will interact with rainfall. However, each square meter of this area should be sloped. Rain does not slide on flat square meters. The rainwater collected in the rain collection area flows with an incline towards the rainwater conveyance area, where it is transferred to 3 ton water tank models.
2. Rainwater Conveyance
The accumulated rainwater in the rain collection area requires a channel to transport the water to the storage area. Therefore, in comprehensive systems, an effective channel must be constructed. In simple systems, these channels consist of plastic gutters and pipes connected to the roofs, which serve as the rain collection area. This ensures that there is no loss of rainwater as it flows down from the roofs. In simple terms, all buildings in our country have such systems. The only difference is that you may need to manipulate the pipe that discharges into the street, or you may already have a pipe compatible with the storage tank without any intervention.
3. Rainwater Storage Area
The most important and final requirement of rainwater harvesting systems is a storage product. Polyethylene water tank models are widely used for such purposes. This is because tanks produced using polyethylene have a more economical price tag compared to other storage products. Additionally, due to the food-grade suitability of polyethylene, you can also use the collected water in these tanks for purposes such as plant irrigation. These systems are commonly installed by individuals with small or hobby gardens in a simple and comprehensive manner. Comprehensive systems, on the other hand, are installed to meet the water needs of a specific region.
What Are the Benefits of Rainwater Harvesting?
Scientists predict that water scarcity will be experienced due to the increasing population based on their research on the water needs in metropolises. Considering this prediction, scientists issued a statement to the governments of major cities, warning them about the impending water scarcity. Some governments have already started taking precautions by considering scientists warnings. Sydney is one of these cities. By implementing rainwater harvesting systems in certain parts of the city. Sydney has successfully postponed the possibility of water shortage.
It is also believed that Istanbul will be affected by the future water scarcity identified by scientists. Throughout its history, Istanbul has obtained water sources by transporting water from various regions to the city. The possibility of our beloved Istanbul, which has already experienced water problems throughout its history, running out of water is quite alarming, isn't it? Similarly, there is a possibility that our other large cities will face water scarcity in the future.
In the event of a possible water crisis in major cities and metropolises in our country, there is a possibility that the population in these areas will migrate to Anatolia and European countries without water problems. When we examine Cape Town, which is currently experiencing water scarcity, we see that the city's residents use their available water resources as efficiently as possible by reusing them several times. In Cape Town, you won't see your neighbor washing their car. From this perspective, water usage can be expanded for tourists, but it is requested that it be used efficiently. This way, the residents are using water as efficiently as possible. You can also purchase storage products for rainwater harvesting to preserve our water resources in the best way possible. Hopefully, our country will never experience a water crisis.