Water Solutions
EV Simplify provides not only Insulated Stainless Steel Water tanks but also Water Softeners & Sand Filters to purifying the water to drink pure water. Water softeners convert hard water to soft water, so you can easily have quality water throughout your house.
Why Water Softener? Water softeners are used to improve water quality by removing Calcium & Magnesium hard water minerals.
A water solutions is a device or system used to remove hardness minerals, such as calcium and magnesium, from water. Hard water contains high levels of these minerals, which can cause issues such as scale build up in pipes and appliances, reduced soap lathering, and dull-looking clothes after washing.
It’s important to note that the necessity of a water softener depends on your specific circumstances and the quality of your water supply. If you are experiencing any issues and have confirmed that hard water is the cause, installing a water solution can be beneficial.
Installing a water softener and sand filter in a new home can provide several benefits.
Here are some advantages of having these systems
Water Quality Improvement
A water softener helps to reduce the hardness of water by removing minerals like calcium and magnesium. This leads to improved water quality, making it more pleasant for everyday use. Softened water can also have benefits for your skin, hair, and overall cleanliness.
Extended Appliance Life span
Hard water can cause scaling and buildup in appliances like water heaters, washing machines, dishwashers, and coffee makers. By installing a water softener, you can prevent mineral deposits from accumulating in these appliances, potentially extending their lifespan and reducing maintenance costs.
Energy Efficiency
Scaling caused by hard water can reduce the efficiency of appliances that heat water, such as water heaters. With a water softener in place, these appliances can operate more efficiently, saving energy and reducing your utility bills.
Cleaner Plumbing system
Hard water can lead to scale build up inside pipes and plumbing fixtures over time. By using a water softener, you can minimize this build up and keep your plumbing system cleaner. It can also help to prevent clogs and maintain good water flow throughout your home.
Better Lathering and Cleaning
Soft water allows soap and detergents to lather more easily, improving the effectiveness of cleaning tasks. This means you may require less soap, shampoo, and laundry detergent to achieve the same results.
Sand and Sediment Removal
A sand filter is designed to remove particles, sediment, and impurities from your water supply. It helps to ensure that the water you use for bathing, cooking, and drinking is free from visible contaminants, providing you with cleaner and clearer water.
Reduced Staining and Spots
Hard water can leave mineral deposits and stains on dishes, glassware, fixtures, and surfaces like sinks and showers. Installing a water softener can help minimize these stains and spots, making it easier to keep your home looking clean and reducing the need for harsh cleaning products.
Occupied Less Space
You can easily set up these systems at your home or businesses as they occupy less space as comparison to other water filteration systems.
Sand Filter
Sand filtration is used for the removal of suspended matter, as well as floating and sinkable particles. The wastewater flows vertically through a fine bed of sand and/or gravel. Particles are removed by way of absorption or physical encapsulation. If there is excessive pressure loss on the filter, it must be rinsed.
Application
- Sand filters are used in various sectors and processes, where far-reaching removal of suspended matter from water or wastewater is required.
- Sectors where sand filtration is implemented include drinking water production, swimming pools, car washes, groundwater treatment, RWZI, slaughterhouses, fruit and vegetable processing industry, drinks, food industry, surface treatment of metals.
- Cooling water production, drinking water preparation, pre-filtration in active carbon treatments and membrane systems, and the filtration of swimming pool water.
Centrifugal Pressure Pumps
Centrifugal pressure pumps with a single impeller, or set of curved vanes that push the water, are suitable for household, industrial, and civil applications, depending on the size of the pump and the motor. The electric motor spins the impeller and through centrifugal force the water is flung to the outside of the pump housing and out the outlet with more pressure than it entered the inlet.
Peripheral Pressure Pumps
Peripheral pressure pumps work in a similar way to centrifugal pumps, but the peripheral pump’s impeller is shaped differently and interacts with the water in a different way. Instead of an impeller with curved vanes, a peripheral pump has a solid wheel almost like a grinder disc cutting through a material.
Self-Priming Jet Pressure Pumps
Self-priming jet pressure pumps are suited to lift water from its source and can be installed above the water source. These pressure pumps are not severely affected by air pockets in the water as centrifugal pumps are. Jet pumps are suitable for domestic use, irrigation or gardens and delivers a high head.
Pressure Pump
The head of the high-pressure pump is higher at the same flow rate; the material of the pump body and the shaft is different; the volume of the high-pressure pump is larger.
There are 3 Types of Pressure Pumps or Booster Pumps:
- Centrifugal Pumps
- Peripheral Pumps
- Self-Priming Jet Pumps
Heat Water Pump
Heat pump water heater systems typically have higher initial costs than conventional storage water heaters. However, they have lower operating costs, which can offset higher purchase and installation costs.
Advantages
- Low running costs can help to reduce household energy bills
- Heat pumps operate using electricity (including from alternative sources such as solar power) and produce no emissions, making them much more environmentally-friendly than traditional heating systems
- The utilisation of natural energy sources such as air, ground, and water means the approach to heating and hot water production is particularly sustainable
- Heat pumps work well with both underfloor heating and radiators with low surface temperatures
- Modern heat pump units have life expectancies which are on average double that of a typical domestic boiler, with boilers typically expected to last around 10-12 years, and heat pumps having an average lifespan of 20-25 years.
Cutter Pump
Cutter pumps typically use a sharpened, tungsten carbide cutting blade attached to the impeller to cut solid objects into more manageable pieces. They are designed to deal with a variety of flushable or other materials that end up in wastewater such as smaller fabric rags, plastics, and flushable cleaning products, cutting larger items down to around 25mm pieces for easier pumping and discharge. They are an energy-efficient, lower-cost solution best suited to domestic sewage applications.
