The rising global demand for the activate carbon for water

Qué hacer con el carbón activo agotado

The market demand for the activated carbon for water is already high, and it is expected to even increase further in the coming years. With the fast population growth and expansion of the industries worldwide, the demand for quality activated carbon is likely to increase further.

The water treatment industry is leading the list of industries where the applications for the activated carbon is used. The activated carbon is widely used for water and air purification as well as for various other activities. In the coming years, the demand for activated carbon is likely to increase as it offers a very efficient and cost-effective solution for water treatment needs.

There are various factors contributing in the growing demand for activated carbon for water.

Major Drivers for Activated Carbon For Water

There are some major drivers for activated carbon market. The primary reason is the rise in the use of activated carbon in water and wastewater treatment. As the population grows and the problem of limited availability of fresh water, the water treatment application of the activated carbon can help address the issue of water.

Activated carbon for water is used for removing harmful contaminants from water to make it usable for drinking and various industrial application. One of its important use is in filtration and purification of water. It is used to remove volatile organic compounds from the drinking water.Activated carbon can dissolve carbon and remove lead and chlorine from the drinking water.

Read: How is activated carbon made and methods to check the quality of activated carbon for water treatment?

When it comes to major players in the production of activated carbons for water, the South Asia Pacific dominates it with countries like India and China being the major producers of water filtration plants. This is one of the major drivers for the growing market of activated carbon.

Need for the Water Treatment Plants and Activated Carbon

The need for fresh and clean water is the reason why the demand for the activated carbon is growing. This has given a major push to the market demand for the activated carbon for water.

As per the WHO report, around 4.2 million people die every year due to air pollution.Not just that, WHO also suggest that 91% of the world population live in an
environment where the quality of air is not good enough. This has also contributed to the growth of the market for activated carbon. Likewise, the world is also facing the challenge of availability of fresh water. In man parts of the world, people do not have access to clean water for drinking let alone for industrial uses.

Activated carbon is used for various applications, especially in the water supply and wastewater treatment industry. Places where the availability of fresh water is not enough, industrial grade activated carbon is used for the purification of water. This helps in removing the contaminants from the water making it usable for various purposes.

Worldwide Water Pollution and The Activated Carbon

As we already know the pollution has increased worldwide and one of the worst cases is water pollution. The worsening case of water pollution is driving the demand for the activated carbon for water. Its ability to remove or absorb the contaminants is one of the reasons why activated carbon has become the priceless solution. It can effectively remove pollutants from the contaminated water and make it drinkable as well as usable for various industrial application.

Water pollution is a major concern for the entire world. Lack of clean water or access to it has direct relation to the socio-economic development of the concerned country. The increasing industrial activities is also contributing to the contamination of the water.According to the UNEP, approximately 80% of wastewater in the world goes untreated.This can cause a major health issue as well.

To tackle this problem, activated carbon for water is used as it has the capacity to remove contaminants and improve the quality of water.

The Unique Capability of Activated Carbon

One of the major pollutants is mercury emissions from the anthropogenic sources that has contributed to water pollution in a big way. The rise in the mercury level has increased since the start of the industrial revolution. As per the reports, gold and coal mining are some of the major contributors for the global mercury emissions. The pollutants are toxic and deadly for the humans.

One of the reasons why activated carbon is used for water treatment is its unique capability to remove contaminants from the liquid stream. Not just that, the activated carbon is highly effective in removing contaminants from both water and air. It is also highly effective in removing contaminants like mercury.

Activated carbon for water can remove almost all type of contaminants from the water and air. This is one the reasons why they are used widely for treating water and wastewater and for purifying the air too.

Efficient and Cost-effective Solution

Activated carbon is made from various materials like coconut shells, coals and other things. Industries are now using it for various industrial purposes like water and wastewater treatment. It is a highly efficient solution that provides faster and better results. A small amount of activated carbon can treat large amount of water. Its ability to absorb harmful contaminants makes it one of the best options for water treatment needs.

Activated carbon for water treatment is a cost-effective solution that can save a lot of time and money as well. Many companies offer high-quality activated carbon at the cost that is affordable to industries. The use the activated carbon is also easy and effective and doesn’t require complicated process or equipment. This adds to the cost-effectiveness of the material. Industries are now using activated carbon for water treatments needs as the offer quick and easy solution meanwhile keeping the cost down.

How It Benefits Industries

Activated carbons can purify water and make it usable. Industries can recycle water and re-use it for various purposes. This can help in reducing water waste as well as reduce the cost. When it comes to saving the environment, activated carbon plays an important role in reducing water waste and improving water conservation. Industries can benefit from the use of activated carbon in many ways. It can help industries in areas where clean water is not easily available. Cost-reduction and greater efficiency are the major benefits of activated carbon.

The Bottom line

The global demand for the activated carbon is increasing and is likely to go upwards in the coming years. Its industrial application, greater efficiency and cost-effectiveness make is one of the best options. It can help reduce water pollution, address the issue of water scarcity and help in water conservation as well. It has become a safe and efficient method that can be used for various purposes and not just for the industrial use. There are many benefits of using it and help in making the world a better place to live in.

At KEIKEN, we provide the best quality activated carbon for water treatments needs.We maintain exclusivity agreements with Indian manufacturers who are committed to ethical sourcing of the products. We ensure that our customers get unbeatable quality of the product. We also offer our high-quality products at the most competitive prices.
Gives us a call at +34 91 057 72 54 for knowing about our activated carbon for water.

Top 5 leaders in the global desalination market

Desaladoras de reserva: producir solo cuando hace falta

Countries that are dramatically impacted by the growing populations and drought have taken important decisions and strode towards a whole new pursuit with pride. They have taken drastic steps in creating sources of accessible water for their country with the establishment of the Efficient Desalination plants and more such renewable resources to purify water. Here we have listed the leading countries in the desalination market.

World’s first desalination plant was fabricated in Australia in the year 1903 due to which seawater and brackish groundwater became a common resource of drinking water supply in the country. Later, other countries in the world took ideas from the concept and started to have their modified versions of water desalination plants. In this article, we will talk about the different countries that are leading today in the establishment of Desalination Plants. Read on to know about it in detail.

Read: Why Desalination Plants are Important for Water Treatment Plants

1-Australia

Within the last ten years, the growth rate of Australia’s population has decreased below 1%. Also, the water resources in the country were imperiled because of the Millennium Drought, which further exposed the country to water scarcity issues. Although Australia is the driest continent in the world, the installation of Efficient Desalination plants has transformed the scenario. According to the National Center of Excellence in Desalination (NCED), the establishment of desalination plants in the country can help eliminate the current water-crisis faced.

Australia is the first country in the world to have accepted the methods of water desalination, and the first-ever plant was constructed in 1903 to treat the brackish groundwater and was made drinking water efficiently. Further, in 2013, about 219 desalination plants were fabricated in the driest continent. And according to the reports of the Global Water Intelligence, the plants in Sydney, Gold Coast, and Perth serve more than 17% of the domestic water requirement in Australia.

2-Israel

In the past few years, Israel has experienced that the demand for domestic water consumption has increased gradually due to a significant increase in the growth rate of the country’s population. The increase in population is both due to immigration and natural habitation. Also, the living standards of the citizens of Israel have increased, resulting in increased demand for domestic water. Therefore, the country now relies on Efficient Desalination plants to provide fresh water for the household as well as extensive agricultural purposes.

Israel has experienced recurring drought situations in the past few years, causing the groundwater to dry up. Hence, the establishment of the desalination plants has served the nation in many efficient ways. Due to technological advances, Israel has been successful in reducing the cost of desalination of seawater, which has further incentivized the policymakers to invest in the building of desalination plants to cope well with the long-term water shortage issues, which prevailed in the country.

3-Saudi Arabia

The annual water demand of Saudi Arabia is 24km 3 /year, yet the amount of renewable freshwater resources is limited to 2.4km 3 /year. And the Global Water Intelligence (GWI) suggests that the remaining water requirement is being compensated by desalination plants and non-renewable groundwater sources. However, over the past few years, the sources of non-renewable groundwater have been declining, and the Efficient Desalination plants are meeting up the ends to satisfy the water demands of the country.

Also, the geographical location of the country is assisting it in enhancing the production of desalinated water using solar energy. The government of Saudi Arabia has heavily subsidized the establishment of desalination water plants throughout the country. Also, the production, distribution, and transportation of gallons of water is being carried out by the government, which is why the cost of desalinated water in the country is meager as compared to any other nation in the world.

4-USA

The water sector in the USA is facing tremendous challenges as the supplies are falling short, while the demand for water is increasing exponentially. Additionally, recent droughts are depleting the aquifers, whose rate is way faster than the replenishment process. Therefore, the desalination of brackish water could help in a dramatic increase in water levels in the country’s portfolio and serve as a buffer to the water scarcity crisis in the US.

If we look at the desalination capacity of the USA when calculated annually, is positioned in the second rank in the desalination market, globally. Yet it leads in regards to the number of Efficient Desalination plants operating in the nation. More than 80% of the desalination plants of the United States are concentrated in parts of Florida, California, and Texas.

5-China

According to the Ministry of Water Resources of China, the country is soon about to face water scarcity levels in a few years of time. The withdrawal level of water is estimated to be 700-800 km 3 /year, which will drastically exceed the level of available water resources in China. Even if practices for conserving water were in place, it wouldn’t be sufficient to satisfy the water requirements of the country.Therefore, the country is now taking significant measures to introduce desalination plants.

The country is being exposed to the adverse effects of water scarcity because of the growth in its population, urbanization, and industrialization. Notably, the Northwestern and Northern regions, the islands in the Northern country, and the coastal cities will be immensely affected due to this issue.
Therefore, the government of China is now adopting several methods to introduce Efficient Desalination plants in the country to combat the water depletion issues. Many cost-effective techniques are also being discovered to administer this upcoming issue of water scarcity in China.

Bottom Line

All five countries listed here demonstrate a distinctive demand for the introduction of newer water technologies. And all of them have adopted various approaches and taken different ways to foster and promote Efficient Desalination plants. Many cost-effective methods are being identified as well to meet with the demands of their country-people. The five countries are leading in the list of the desalination market. As a matter of fact, we can decipher here why the requirement of seawater desalination plants so crucial in these regions.

In this article, we have not only talked about the leading countries that are adapting desalination techniques to obtain freshwater but also have highlighted –what is the underlying reason behind it. And as we all know –water scarcity is one of the biggest problems, even the superpowers of the world are combating with.

Read: Brine Disposal: How do efficient desalination plants get rid of this toxic remnant?

At Keiken Engineering, we aim to help our clients with the conservation of their energy and resources.Although you could be a giant when it comes to the establishment of the desalination plants or any other factories for that matter, what we do at Keiken Engineering is –analyze your industry by conducting several surveys, and assist you in conserving your resources. We take pride in the experience and expertise that we have to offer to our clients. If you are looking for the establishment of Efficient Desalination plants, then we are your people. Call us at +34 91 057 72 54 or drop us an email at info@keiken.es to get in touch with us.

Why industries need energy audits now more than ever

Cómo verificar que el ahorro energético es real

Energy is an important part of industries. Without it, no industry can survive or work efficiently. Industries are responsible for a huge part of world’s total energy consumption. While energy consumption is important part of the industries, bringing energy efficiency for industry is equally important. Efficient use of energy is essential for the industry, people, environment and for the future generation, especially in the current scenario.

While there are many ways to achieve energy efficiency for Industry, energy audits are one of the most effective methods used today. This method is now widely used by industries to achieve higher efficiency level.

The industries across the globe need energy audits more than ever as the global warming is increasing and has become a major concern for the world. But energy efficiency is required for various reason and energy audits can help industries achieve efficiency.

What is Energy Audit?

Energy audit is a method used by industries where professional team surveys, inspects and analyze energy flow inside a building. This is done to determine the best course of action for energy conservation. It includes various things from reducing the amount of energy input, energy cost and carbon footprint. All this is done without affecting the output or efficiency of the particular industry.

Energy audit is an important step towards greater energy efficiency for Industry. It determines the factors that can help improve energy use in the industry. It helps in planning the course of action in a systematic way. The process of energy audit includes:

1. Data Collection

The first step of the energy audit is collecting the necessary data on energy consumption of the building, details, on equipment and machine used, diagrams and other important things. The information is usually provided by the organization as it is more accurate and save a lot of time. Data collection is important for analyzing the whole system for understanding the energy consumption needs.

2. On-site Visit and Inspection

The next important step is to pay a visit in person. Onsite visit is essential for gathering all the information needed for studying the energy consumption patterns. This step is essential for collection more data in more detail. Here the people from energy audit companies collect information, such as brand and model of the equipment, running hours and other things. They will also ask question to the people who operate the equipment and people who are responsible for maintain it.

3. Analyzing the Information

Analyzing the information is an important step towards energy efficiency for industry. Here the available data is analyzed to determine the energy consumption and performance based on the operation and activities of the organization. Here the team will determine the areas where energy consumption is more so that the right action can be taken to reduce the consumption and cost and increase the level of efficiency.

4. Energy Saving Plan
The next step is creating an energy-saving plan based on the information collected through analysis.For instance, if the HVAC systems are outdated and are responsible for high energy consumption then upgrading or replacing them will be the right step. Likewise, removing the old and inefficient equipment, use of LED and solar lights and using environmentally-friendly products are some of the things that can help save energy.
Energy audits are done by the experienced professionals who specialize in helping industries become more energy efficient.

Urgent Need ForEnergy Audit

The industries across the world need energy audits more than ever now. Given the increase in energy consumption, rise in industries and the pressure it puts on the limited energy resources available, energy audit is needed for energy efficiency for industry. Become responsible and efficient at the same time is important for everyone.
Here are some of the reasons why energy audits are so important:

• Improve Energy Efficiency
The primary goal of the energy audit is to improve energy efficiency in the building or facility. The audits provide important information that helps the team to come up with an effective plan. From reducing the energy consumption to replacing the faulty equipment to using energy-efficient products like LED lights and solar panel, the audits can help you find the right solution at the right time. Now it has become more than necessary for the industries to be energy-efficient.

• Reduce Energy Costs
It is obvious that the cost will rise when the consumption increases. But the consumption is not always efficient and there are areas where energy is wasted. By improving efficiency and reducing the consumption, the energy cost can be brought down considerably. The energy cost is the largest part of the overall cost in many industries. Becoming energy efficient is an essential step towards reducing the overall cost.

• Reduce environmental damage and pollution
One of the benefits of energy efficiency is that it will reduce the damages caused to the environment and reduce the pollution as well. By efficiently using the energy for various activities,industries can stop reliance on the energy import. It will also reduce pressure on the energy resources. The world is dealing with various environmental challenges and energy efficiency for industry will help reduce damages to the environment. In the long run, companies will be able become a more efficient, environmentally-friendly and responsible as well.

• Increase Safety and Efficiency of the Workplace
Energy audits help improve efficiency of the building and facilities which in turns help make it a safe place to work in. Employees will feel better to work in a friendly and safe environment. The audits can help eliminate equipment and system that are not serving the purposes. For instance, HAVC system are essential for any type of commercial or industrial space. By upgrading and replacing the old, inefficient system, industries can make the place better for everyone. It will not only make things more efficient, but it will make it safer too.

• Create a Better Image
Energy efficiency for Industry is essential for creating a positive image. People and companies want to work with companies that take environment seriously. Energy audits can help industries become more efficient in many ways. Companies who are energy-efficient can boost about it and create an image of a responsible organization. This will help them attract more business and talent. Today, people are more aware of such things and want to work with companies that take safety of the employees, people in general and the environment very seriously.

The Bottom-line

Energy audit is very important for industries today. It can help them become more energy efficient, safe and cost-effective. Audits help find out the areas where the consumption is high and how it can be addressed. Industries need it more than ever as new challenges come up. Through the energy audit, industries can meet those challenge without affecting their efficiency or profit.

KeikenEngineering specializes in energy audits for energy efficiency for industry. We have the experience and the expertise to handle all types of energy audit needs. We carry out all types of actions for energy efficiency, such as efficiently managing our customer consumptions, reducing electricity consumption in their facilities, preserving the environment and giving energy security to your business. Call us at – +34 93 681 16 50 for more information.

Smart technology is transforming the math of the desalination process

Ósmosis y ósmosis inversa: qué son y en qué se diferencian

It is more of an irony that 3/4th of the part of the earth is filled with water, yet we are facing “water crisis” issues. But, just imagine, if you felt thirsty, could you help yourself with the water directly obtained from the ocean? No! Well, that is the problem. Most of the areas of our planet are filled with oceanic water, which makes up 97%, the remaining 2.5% is frozen, and only 0.5% of the water bodies are left out for drinking. But with the introduction of the Efficient Desalination plants,people are looking forward to the 97% salty water to be converted for the consumable purpose.

All we need is more establishments of desalination plants, and the world will never have to worry about water scarcity anymore. The desalination plants function by using the Reverse Osmosis (RO) process. In this article, we are going to discuss RO in detail and understand how the desalination of ocean water can help us deal with the issues related to waterscarcity.

What do you understand by Reverse Osmosis?

Before we delve into discussing how the problem of water crisis can be managed, we need to know how the process of Reverse Osmosis works. To understand Reverse Osmosis better, you need to know the science behind Osmosis.

For instance, let us understand the process of Osmosis by considering the example of soaked raisins in a cup of water. What do you notice after leaving the dried raisins soaked for a few hours –we see that the raisins have bloated up and are floating in water! The water in which the raisins were soaked has now seeped into its skin, and this process is known as Osmosis. When separated by a thin, semi-permeable membrane, water travels from its higher concentration (low-density liquid) to its lower concentration (high-density liquid). That means the raisins do not discharge the water; instead, they absorb their surrounding water.

The exact opposite process takes place in Reverse Osmosis –water moves from higher density to lower density medium across a thin membrane. However, the liquid won’t make the movement on its own; it has to be pressured or squeezed to make it pass through the membrane. And this phenomenon is being used in the Efficient Desalination plants.

Although this is one efficient method of desalinating ocean water, the reverse osmosis process consumes high volumes of energy. If we roughly look at the figures, 4000 liters of water can be produced by using 13 kW/hrpower. Although the establishment of desalination plants are not very expensive, the point of concern is the amount of energy consumed.

Read: Brine Disposal: How do efficient desalination plants get rid of this toxic remnant?

How can the introduction of advanced technology help with the issue?

Quite a significant number of technologies are being introduced into the market to deal with the desalination of water.

1-Reverse Osmosis with sea waves:
Companies are coming up with some exciting ideas, and one such approach is to make use of the current from the sea waves to apply the pressure for enabling the membrane to separate the soft water from the unwanted hard particles. This will reduce the consumption of electricity, and thus a load of excess consumption of energy can be resolved.
In this means of technology, the sea waves are going to exert all the pressure on the saltwater to move across the semi-permeable membrane, and the process of reverse Osmosis can be conducted. Also, this is one of the most inexpensive methods of water purification. And this method is not only economical but also incline towards the greener side and isn’t harmful to the environment. Also, the waves are generated 24 x 7; therefore, there would be an uninterrupted power supply.

2-Make use of the OTEC:
The Efficient Desalination plants can now function based on Ocean Thermal Energy Conversion (OTEC). The principle used in the process is elementary. Warm water can be collected from the sea surface, and they put into a chamber and then depressurized. The lower the pressure of the chamber drops, the lower will be the boiling point of water; and thus, steam can be easily generated, which can be further condensed, and drinking water is obtained.
However, the question is –where should the steam be condensed to form into the water? We will make use of the deep seas. The steam should be piped down to the region where the temperature of the sea is pretty cool so that the vapors can be easily condensed and return as liquid water that is suitable for drinking.

3-Desalination plants with nuclear power:
Even nuclear power can be taken into consideration for the process of ocean water desalination. The immense heat energy received when the nuclei of the atoms split can be easily obtained, cheap, clean, and will work round-the-clock. Although it is an inexpensive method that can be quickly taken into consideration, what makes the process questionable is the safety of human settlements.
However, the idea of putting up a small nuclear plant at 100 MW on a barge on the outskirts of the town is not outlandish. Instead of putting a cable down for extracting power for the desalination of water, a tanker can be used for the shuttle purpose to carry water from the shore to the plant and generate for us, clean drinking water. Also, smaller nuclear power plants in the essence of submarines can be hidden underwater for months to produce fresh water.

4-Solar Power and Wave:
The options of substituting electricity with other means of energy have been proposed, and all of them are viable methods of Efficient Desalination plants.Also, a desalination plant can be easily powered with the combination of solar power and the energy obtained from waves.
Read: Why Desalination Plants are Important for Water Treatment Plants?

Bottom Line

There is a lot of entrepreneurial scope in the desalination of water, primarily due to the rise in water crises. And the methods and options being discussed above in the article are definitely bringing about a change in the entire scenario of freshwater production. If we move beyond it, a lot can be done too, and there is ample scope for the introduction of different kinds of technologies for the successful functioning of the Efficient Desalination plants.

Definitely, technology is bringing about a drastic change in the way we are going to live our lives. A few decades back, it was almost impossible for us to imagine that oceanic water can also be used for the purpose of drinking. Yet our questionable thoughts are now being transformed into action.

Are you looking for establishing Efficient Desalination plants? Then you have landed up in the correct place. At Keiken Engineering, we take pride in delivering satisfying results to our customers with a versatile solution and green desalination techniques for the production of freshwater. To know more about us, you can give us a call at +34 91 057 72 54, or you can even email us at info@keiken.es for further information.