What are the advantages of using activated carbon made from coconut shell?

Carbón activo de cáscara de coco: cuándo es la mejor opción

As the world is moving towards a more sustainable future, industries are now looking for more natural methods. On such industry is the water supply and water treatment industry. Not just that, many other industries that use water, such as food industry, too are looking for a safer method of water purification.

Water purification, whether it is for drinking or industrial purpose, is essential to make it suitable for various use. Water is important for various reasons and Earth doesn’t have enough clean water for everyone. Even though most part of the earth is covered in water, clean water is hard to come by in many parts of the world. In such scenario, water purification is one of the best options.

One of the best methods of water purification is using the activated carbon for water. it is natural, effective and cost-saving option. You can use it for various water treatment and purification purposes. You can buy the best quality activated carbon for water and use it for various industrial water purification purposes.

Now, activated carbon comes from various sources and one of them is coconut shell. In fact, it is one of the best options for activated carbon. Using coconut shell activated carbon comes with many benefits.

Here are some of the things that make activated carbon made from activated charcoal so effective:

1. It Has More Micro-pores

Coconut shell has emerged as one of the best forms of activated carbon for water filtration needs. Compared to the other types of activated carbon, the coconut shell charcoal has more surface area and higher density of micro-pores. It has higher porosity than most of the popular activated carbons. It even has 50% more micro-pores than the coal based activated carbon. Which is why it is considered as one of the best materials for water filtration as it can adsorb volatile organic chemicals, and other contaminants that are hard to remove.

2. It Doesn’t Leave a Taste

Although its harmless, some charcoal leave an ashy taste in the water. This is not the case with coconut shell activated carbon. It is more friendly, effective and non-leaching agent that offers better quality water purification results than others. manufacturing activated carbon with coconut shell is easier and less time taking. Plus, it is available throughout the year and it doesn’t have any effect on the environment. Trees don’t need to be cut to get the coconut shells. The availability of the raw material is abundant.

3. It is a Renewable Source for Activated Carbon for Water

As you know the coconuts are readily available throughout the year. In the countries like India, coconuts are used regularly and they are available throughout the year. It grows in large numbers and it can be preserved for a very long time. They are renewable and don’t have an adverse effect on the plant which is why it is considered as one of the best sources of activated carbon.

Coconut trees can supply multiple batches of coconuts in a year and they don’t need to be cut. Thus, the availability of the coconuts is one of the reasons why they are the best source of activated carbon.

4. They Are Green Activated Carbon Source

For companies that are looking for a more sustainable source of activated carbon can rely on the coconut shells. They are a green source and environmentally friendly option. The trees, as you know, take carbon from the atmosphere and produce the oxygen. They store the carbon and use it. Imagine all those carbon blocks that are stored in the coconut shell ready to be used. There is no wastage, only reusing the natural resources in a most natural way.

5. Effective Filtering Method

Due to its high density of micropores, the coconut shell carbon is one of the most effective methods for filtration. It can adsorb a huge number of contaminants from the water and purify it for better use. Industries are now relying on alternate source of carbon for their water purification needs. They have responsibilities of being a energy-efficient and environmentally friendly industry. The coconut shell activated carbon can help industries meet their goals of sustainability.

6. They are Long-Lasting

One of the things that make activated carbon made from coconut shell so great is that they are long-lasting. The high micro-porosity gives it a greater machinal strength, which makes it harder and highly resistant to wear and tear. This is one of the reasons why they are considered as a cost-effective option. They can last long and not wear so easily. They can effectively remove a wide range of contaminants without getting damaged easily.

7. More Purity of Water

If you compare the water purity of different types of activated carbon then the coconut shell offers the purest water after filtrations. This ability comes from the fact that it has more micropores. Which means it can attract a wide range contaminant from small to large. It can adsorb a huge amount and variety of contaminants including organic chemicals and gases. Lack of leaching too makes it an effective method of water purification.

The Bottomline

The coconut shell activated carbon for water purification is one of the most effective methods of all. The charcoal made from the coconut shell is of high-quality, effective and environmentally-friendly. Using it can help industries achieve their goal of sustainable growth. There are numerous benefits and advantages of using the carbon charcoal made from the coconut shell. Which makes it one of the best options for water purification.

Keiken Engineering Solution for Activated Carbon for Water Purification

We offer customized solution for activated carbon for water purification needs. We have the best activated carbon products for various industries, especially the water treatment and waters supply industry. We source our products from reliable manufacturers from the countries across the globe. We guarantee the best quality of the product. Not just that, our team will assist you in every step of the process.

If you have got further queries, you can contact us at info@keiken.es, or you can call us at +34936811650 or +34910577254.

Reverse Osmosis – One of the Best Methods for Efficient Desalination of Seawater

Desalination of seawater is the solution for drinking water needs for areas where clean water is hard to come by. This is an industrial process that can help convert seawater into drinking water and can be used for various other commercial and domestic needs. Not just that, it can solve the water issues for various industries that rely on water for production process.

There are many was efficient desalination of seawater can be done and the Reverse Osmosis (RO) is one of the best options. Countries like Saudi Arabia, UAE, U.S. Kuwait and Australia are some of the countries that are desalination producers of drinking water.

In this post, you will learn about the importance of RO and what makes it one of the best options for desalination of seawater.

What is Desalination of Seawater?

Desalination is a process of removing salts and impurities present in the seawater. For countries like U.S and Middle East where the weather is dry, desalination provides the best solution for getting clean water from the seawater.

The seawater as you know is not fit for drinking or for any industrial purposes due to the presence of salt. The seawater has salt concentration about 3.5%. Apart from the salt, seawater also has other impurities like color, silica, and microorganisms. These things make it unsuitable for drinking or any industrial process.

Desalination process involves drawing water from the ocean and then it is purified in a tank or container. But before that, industries can take the help of desalination pilot plants to analyze what type of process will best fit their needs. This includes the type of desalination process, cost, methods, and benefits.

Read more: How can you enhance water filtration plant efficiency?

Reverse Osmosis Desalination Process

RO or Reverse Osmosis is one of the best methods of water purification including the desalination. You may find RO system in homes as the technology is highly reliable, fast and cost-effective.

In RO, a semi-permeable membrane is used for filtering the water. The water is first pre-treated to remove particles of contaminants that are larger than a nanometer. This is done to reduce the pressure on the RO membrane. Pressure is applied during the process to overcome the Osmotic Pressure, so that the water can flow from high concentration area to low concentration area.

The clean water that is collected from the desalination process is then made to go through a post-treatment process. In this process, methods like remineralization and residual disinfection are used to make the water pure. The brine produced in the process is discharged back in to the ocean in a way that it doesn’t cause any negative impact on the marine ecosystem.

Advantages of Using the Reverse Osmosis Process

RO has many benefits and advantages over other methods. It helps achieve efficient desalination of seawater and production of the purest water compared to others. Here are some of the reasons why industries are choosing RO for their desalination needs:

1. Compact Desalination System
Reverse Osmosis offers efficient desalination of seawater by being a modular system or compact system. It is a compact system that is easy to move, install and use as per the needs of individua industries. This not only makes it an efficient system, but it also helps in reducing the capital costs. Industries can save a lot of money by reducing the cost of installation.

Due to its compact size, the RO system can be installed anywhere. For places like hotels where a large scape system installation is difficult, RO provides the best solution. Its compact design is one of the reasons why they are considered as one of the best options for desalination process.

2. Highly Effective Process
The effectiveness of the RO system can be measured from the fact that it is widely used worldwide for water purification. When it comes to desalination of seawater, it is equally effective with 99% removal of the contaminants. It is capable of removing 99% of the salts, and other organic impurities, also known as the Total Dissolved Solids (TDS). It results in purest form of water when compared to other methods. The water produced with RO method is of high-quality and safe to use. This is one of the reasons why RO is considered as one of the most effective methods for water purification and desalination.

3. Lower Cost
One of the main concerns of the industries is the cost of desalination plant. The reverse osmosis is a cost-effective method that can easily fit into the budget of the industries. The relative lower cost makes it ideal for all types of industries from small to large. This is another reason why using RO system is one of the best options of water purification. Using the desalination pilot plants, companies and industries can easily determine the cost and the best solution for water purification.

The Bottom-line

Reverse Osmosis one of the best options for desalination of the seawater. It is highly effective, cost-effective and safe option that can save a lot of time and effort. It comes with a wide range of benefits and advantages, making it an efficient system for desalination.

Keiken Engineering Desalination Solution:
We offer Reverse Osmosis method of desalination to a wide range of industries. We can customize the process to help you find the best solution for your needs. We use the best methods and have a team of experts that will help you find the best solution for all your desalination needs. We serve companies across the globe, providing them solution that best fits their needs, budget and efficiency needs. We strive to provide a very cost-effective solution that you can trust.

If you have got further queries, you can contact us at info@keiken.es, or you can call us at +34936811650 or +34910577254

Why is treated saltwater a need in today’s polluted world?

Agua desmineralizada para proceso industrial: cómo se produce

With constant evolution in the field of technology, so many things have become easier, which seemed to be impossible earlier. Likewise, the innovation in technology has provided us with another source of water and allowed us to save the freshwater sources for our next generation. Engineers have devised water treatment pilot plants to convert saline water from the sea into water that’s fit for human and industrial use. Desalination or conversion of seawater into freshwater has been in use for centuries. However, recently it’s widely used in different sectors, given the depletion of freshwater sources. So, this guide is entirely dedicated to people who lack adequate knowledge about the role of water treatment plants in eliminating the scarcity of water.

What makes Desalination so essential?

The survival of animals, insects, humans, and even plants is not possible without water, which is why three-hundred million cubic miles of the earth are covered with water. For every cubic mile, we get a trillion gallons, which is America’s wastewater produced in an entire year. Unfortunately, 97% of our planet’s water is saline and not fit for human or industrial consumption. And the burden of the world’s water requirement falls over freshwater sources, which accounts for only 3% of the earth’s water.

With the rising human population, the consumption of water has also drastically increased. Also, not to forget the gallons of water used for industrial purposes. Therefore, to reduce the burden from freshwater sources, a water treatment pilot plant has paved its way into our lives. The time has come to bid farewell to the traditional options to quench our thirst for water and switch to the modern-day solutions.

How Desalination proves to be beneficial for everyone?

1. Habitat and Quality Protection
Generally, desalinated or treated water exceeds standards of water quality. It aims at eliminating the burden from freshwater sources, which need our protection. Freshwater bodies are best preserved when treated ocean water meets our day to day water demands. In this way, we are also preserving the habitat of endangered species. In one way or the other, it makes people aware of the importance of protecting these sources.

2. Eliminates starvation
Certain countries welcome drought every year, which destroys the lives of thousands of people. Drought can only be eradicated by replacing the dried freshwater sources with ocean water treated with water treatment pilot plants. Apart from dried water bodies, drought is also responsible for increased mortality rates, undernutrition, hunger, and converts the entire area into a desert.

3. Generation of energy
While transferring the desalinated seawater into the facility to begin its processing, movements are created which could be used for the rotation of the turbine. In this way, we get freshwater along with enough power to generate electricity. Apart from acting as an additional source of water, in some way, Desalination also works as an additional source of energy. It can efficiently deliver freshwater for industrial, domestic, as well as agricultural use.

4. Water independence
Most states or countries usually buy water from their neighboring state or country to meet the water demands of their citizens. Such sources are uncertain and might stop anytime if a political interest arises. Therefore, instead of spending the capital on such unreliable sources, one should make a wise choice and invest in establishing water treatment pilot plants. Desalination puts an end to your dependence on others, making your independent and safe no matter what the political situation is. What would you suggest, investing one time in establishing a water treatment plant or paying forever to get the supply of water?

Conclusion

Desalination assured us that the future that we are heading towards is safe and not deprived of freshwater. In the current world scenario, industrialists have understood the importance of preserving freshwater bodies, and therefore, they have already established desalination plants to meet their everyday water requirements. It brings environmental as well as economic benefits. Countries like Saudi Arabia, Israel, Kuwait, and United Arab Emirates have already made a switch to Desalination and have proved to the entire world that Desalination is our future.

Do you also wish to make a switch to Desalination and make your industry efficient? Well, then, Keiken Engineering is here to assist you through the journey of transition. We bring you the most cost-effective, efficient, and innovative technologies available. We deal with both compacts as well as water treatment pilot plants.

Our water treatment plants are suitable for several purposes like engineering, technology validation, and research. We firmly stand behind our products and services, and no one can raise a finger at the quality of services/products we provide. You can trust your facility with us, and we promise to recommend only the best solutions. All your needs will be met efficiently and at the lowest possible price. So, if you have got any other queries, you can contact us via mail at info@keiken.as or give us a call at +34 91 057 72 54

How can you enhance water filtration plant efficiency?

El bombeo: la partida oculta del consumo en una planta de tratamiento

Against the background of the global water plight, the pressure for filtration industries to efficiently filtrate water is greater than always. Water filtration plant operators must periodically analyze the performance of the plant’s water treatment as well as ensure that systems are operating with greater efficient equipment & technology.

When water filtration plants are not functioning efficiently, it can be awfully costly. The combination of inefficient & older process & pumping equipment, united with outdated water filtration practices, might result in higher functioning costs & lower yield collected that negatively impact a filtration plant’s outcome. This is why the implementation of processes for energy efficiency for industry is a must.

To reduce the cost of energy, water filtration plants should understand their utility rates & rate structures of electricity. On the other hand, water filtration facilities must install a baseline for the usage of energy.

Now let’s take a look at some steps that you can follow to enhance your water filtration plant’s energy efficiency.

1-Direct a self-assessment

Benchmarking has developed into a key pursuit in the industry, to promote, set & achieve rendering targets. It does not just help regulators & managers identify historical styles, but it also helps specify today’s initial performance & measure relative performance throughout utilities to plan for the future.

Water filtration plant operators should start by taking WRF self-assessment. The self-assessment is an effective asset for services to identify spaces in performance & develop strategies to diminish those spaces.

2-Evaluate technology

Armed with a comprehension of the effectiveness of up-to-date water practices, the next move is to assess the technology exploited for producing water.

For instance, most surface water filtration plants have a water filtration method that can easily use up a large amount of water & energy. Consequently, it is important to do a technology audit to make sure that the facility is operating efficiently.

Filter technology which needs less slipstream water has grown into commonplace in nowadays market, but the facility in water filtration plant which has been around for 5 to 10 years may be utilizing higher than required amounts of slipstream water. Filtration facility managers must assess their technology & replace them as required with efficient solutions & products.

3-Do a pump audit

Many of the method technologies are used for water entail pumps. Traditional usage, especially in plants that are 10 years & older, is to devising pumps based on the top plant flow, while in reality, these pumps function at a variable flow, relied on seasonality & system demand. Due to this, many pumps are immense.

Steady speed pump which operates in an erratic mode uses a lot of water than needed, which leads to energy & water waste. Due to this, plants should upgrade their steady speed pumps with VFDs to reduce water waste & energy consumption & avoid pump wearing from repeated erratic cycling. VFDs can decrease a pump’s energy utilization by nearly 50%, which means reducing the consumption of water.

4-Establish smart technology

When it comes to water filtration practices, water filtration plants must consider applying smart technology to supervise the distribution network. This will help minimize non-earning water waste.

Smart technologies like AMR solutions & AMI help facilities benchmark rendering & optimize their facility.

AMR automatically assembles diagnostics, consumption, & status input from water meters without the requirement for a manual meter read, thereby streamlining & improving the data collection accuracy. The information, linked with analytics, could help facilities & their customer better cope with water use.

AMI enables facilities to make decrees based on execution & insights in near real-time. It is a more strong solution in comparison to AMR, which comprises smart communication networks, meters & data management systems that enable 2-way communication between customers & utilities.

Strategic deployment of AMI & AMR technology is a valid way to leverage performance. With the collected data from these technologies, utilities can justify every water drop.

5-Survey the data

The final step is to analyze & access the data to assess infrastructure performance & identify what rectifications are required to further enhance efficiencies. Due to many water filtration facilities were assembled without much thinking about data obtainment, it is important for filtration plant managers to make sure they are monitoring & measuring the correct efficiency parameters.

Important efficiency parameters involve monitoring for leakage in the circulation network, slipstream water ratio tied to filter standard output, deposit thickening rates & smart pump function using VFDs.

Water filtration plant operators must consistently assess their water filtration practices to make sure that the facility is functioning efficiently, thereby minimizing the cost of energy & improve efforts of water conservation.

Conclusion

Water filtration plants require a substantial quantity of electrical energy to perform unit processes & operations. While these above studies are extremely different things yet the goals are the same that is to increase energy efficiency for industry, greening the operations, & durability, all while appointing project budgets, objectives, & deadlines.

Are we looking for the right team to take care of your industrial efficiency requirements? Here at Keiken Engineering, we know how important energy efficiency is for a water filtration plant. That’s we give our all to energy efficiency for industry for better functioning. To know more, contact us today at +34 91 057 72 54, or you can also write to us at info@keiken.es