Methods for Natural lighting in our buildings!

Lighting Natural Sustainable Buildings

Natural lighting, also known as daylighting, is a technique that efficiently brings natural light into your home using exterior glazing (windows, skylights, etc.), thereby reducing artificial lighting requirements and saving energy. Natural lighting has been proven to increase health and comfort levels for building occupants.  

Daylight is the source of beneficial vitamin D which our body needs to stay healthy. A building could be designed in such a way that there is maximum natural light inside the house. Some of the fundamental benefits of daylight are:

  • Sunlight during the day helps in healing the body
  • It’s good for strong bones as it contains vitamin D
  • Keeps the environment inside the house clean and pleasant.
  • Builds good immune system of the members of the family
  • Daylight also keeps the happy mode on inside the house for every member of the family

There can be various ways of modeling a  house with a  good amount of natural light and ventilation. Discussed below are the sources that could be used to do so-

1. Design of the house

The house could be designed by the architect in such a way that the shape and size of the windows can be defined clearly. The shading and glazing styles must be in such a way that it suits the building. The windows must be planned in such a way that there is maximum daylight inside the house.

Daylight 1

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2. Directions of the Windows

The placement of the windows in the house must be in such a way that natural light could comfort the house throughout the day. Windows facing north can give maximum daylight. However, the thermal heat is lost during the winters. South facing well-glazed windows can bring in a good amount of heat and be beneficial during summers and winters.

Daylight windows

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3. Use of Glazing 

Glazing is the most effective way of getting maximum natural light inside the house. Few small strip windows in the ceiling could be designed which will increase the natural light and give a trendy look to your house. Around 30 percent of the ceiling can be used for glazed windows.

Skylights natural light

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4. Roofing Techniques

Solar panels could be installed on the roofs to generate electricity to reduce the consumption of electricity in the house. The monthly electricity bills reduce because of such panels and it is a good option to pledge for green living. These panels absorb heat during the sun hours and store it in such a way which can be used during the night. The solar panels can also be used to generate electricity in case of power shutdowns. There could be the use of tubular Skylights. These natural light saves lots of electricity as they are installed on the roof. It absorbs the natural light and then flows in a tube and brings in natural light inside the house.

daylight solar panels natural light

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5. Use of Sober Colours

While getting your house painted use of sober colours helps in giving a bright look to the house. Light colours could be helpful in keeping the house cool. The trim of the windows can be painted in white which can help in giving an elegant look to the house.

Daylight windows 1natural light

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6. Jali wall design for your home

A jali is a commonly used element of Indian architecture. Jali walls have numerous advantages over a solid wall since jali walls can be used in places where there is no need of a solid wall. From providing privacy to cooling the indoors, jalis make for a sensible design element particularly suited for our climatic conditions. And also saves materials and increase the speed of construction.

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Natural light is an essential and free resource. This resource is given less importance. However, it has maximum advantages if the house is well planned with lots of sunlight helps to keep the home environment fresh, clean and keeps the members of the family healthy.

source – Go Smart Bricks

Understand all about Disinfection and its properties

“DISINFECTION” has proved it’s importance in the current world scenario. Almost everyone has a good understanding of disinfection Disinfection Hygiene Covid and it’s mechanisms due to the plethora of information floating around on the social media.

There are two basic methods of disinfection-

1.    Dissolving the pathogenic micro-organism using strong solvents like alcohol or soap

2.    Oxidising (much-localised burning / disintegrating) the pathogenic micro-organism.

The first method of dissolving the outer walls of the pathogenic micro-organisms is well applicable and can be put to use by application of hand sanitizers, soaps, etc. However, this method is not useful on surfaces prone to frequent contamination. As the soap needs water flush after dissolving the pathogen or a sanitizer will / may need a wipe to remove the remains of the disintegrated leftovers on the surfaces which may not be always possible.

To resolve this for disinfection of surfaces and contact points like handles etc. It is recommended to use oxidisers as disinfectants.

There are many known oxidisers been used for the disinfection processes depending on applications. Chlorine, Ozone, Sodium hypochlorite, Chlorine Di-Oxide, even non-chemical methods of disintegrating the pathogens like UV and IR also used many times, especially for water purification.

While having a cup of tea with a teabag type process Harshad Bhide and Vaibhav Raut, enthusiastic entrepreneurs, struck with an idea of creating something very unique in the present pandemic situations which will be easy to transport, making it very easily ready to use a product from the least nature harming disinfectant.

  1. The solution made as shown above is meant for surface disinfection only and not for human body disinfection.
  2. The concentration in 500 ml water when freshly made will be about 1000ppm
  3. A good range for disinfection is said to be 250ppm to 1000ppm
  4. The CLO2 is sensitive to UV, Hence keep it away from direct sunlight otherwise, the concentration depletes rapidly.
  5. You can use the mixture for up to 4-5 days from the day of preparation as the concentration will drop at about 50 ppm per 24 hours.
  6. Do not allow children to handle it though it is not toxic, can cause irritation to eyes and nose.

Ooops, least nature harming disinfectant???

I am not an expert in the chemistry of it so tried searching through the “Google world” to know more about it before we offer it to customers. And the following is what I came across in different knowledge bases-

“When compared with other oxidising biocides, Chlorine Dioxide has a significantly lower oxidation strength – this means that it reacts with fewer compounds, such as organic compounds and ammonia, yet is strong enough to attack the disulphide bonds found in the membranes of bacteria and other biological material. Chlorine dioxide will not react with many organic compounds, and as a result ClO2 does not produce environmentally dangerous chlorinated organics such as THMs and HAAs are not produced as a result of disinfection using chlorine dioxide. This process of “selective oxidation” allows the Chlorine Dioxide biocide to be targeted where it is needed most, disinfecting areas quickly”

It is important to note that the disinfection by-products’ of chlorine dioxide are easily manageable and do not present nearly the same scale of the problem as found with other biocides with a higher oxidation potential.

So we decided to use the Chlorine di-oxide as disinfectant agent. WHY?

How Chlorine Di-Oxide acts? Getting a bit technical…

Compounds within the cells and on the surface of cell membranes that contain oxidisable material react with chlorine dioxide, causing cell metabolism to be disrupted. Chlorine dioxide also reacts directly with disulphide bonds in the amino acids and the RNA in the cell. Unlike non-oxidizing disinfectants, chlorine dioxide kills microorganisms even when they are inactive. The oxidative load placed on the cells by the action of chlorine dioxide mean that most microorganisms are unable to build up resistance to chlorine dioxide.

How Chlorine Di-Oxide is made?

NaClo2+Acid = CLO2

While chlorine dioxide has “chlorine” in its name, its chemistry is radically different from that of chlorineChlorine and chlorine dioxide are both oxidising agents (electron receivers). However, chlorine has the capacity to take in two electrons, whereas chlorine dioxide can absorb five.

Chlorine dioxide can be used as oxidizer or disinfectant. It is a very strong oxidizer and it effectively kills pathogenic microorganisms such as fungi, bacteria and viruses.

Chlorine dioxide is a chemical compound with the formula ClO2 that exists as yellowish-green gas above 11 °C, a reddish-brown liquid between −59 °C and 11 °C, and as bright orange crystals when colder. It is an oxidizing agent, able to transfer oxygen to a variety of substrates, while gaining one or more electrons via oxidation-reduction.

ClO2 has been approved in most countries for use in drinking water and in large industrial processes is rapidly replacing chlorine. The generation of gaseous chlorine dioxide (ClO2) is one of several techniques available for the remediation of structures impacted by microbial growth (US EPA 2007). ClO2 can destroy all manner of microorganisms, including bacteria, spores, fungi, viruses, and even protozoan’s (Taylor and Butler 1982; Chen and Vaughn 1990; Sivaganesan et al. 2003; Loret et al. 2005). Gaseous ClO2 has been approved by the US EPA as a disinfectant, sanitizer and sterilant for the paper, fruit, vegetable, dairy, poultry, and beef processing industries (US EPA 2000), and for the processing of industrial wastewater (Lee et al. 2006).

Various experimental studies have confirmed the efficiency of ClO2 in deactivating Bacillus endospores. (surrogates for B. anthracis spores) (Buttner et al. 2001; Young and Setlow 2003; Cortezzo et al. 2004).

Reference Wikipedia: Chlorine dioxide has many applications as an oxidizer or disinfectant. Chlorine dioxide can be used for air disinfection and was the principal agent used in the decontamination of buildings in the United States after the 2001 anthrax attacks. After the disaster of Hurricane Katrina in New Orleans, Louisiana, and the surrounding Gulf Coast, chlorine dioxide was used to eradicate dangerous mold from houses inundated by the floodwater.

In addressing the COVID-19 pandemic, the U.S. Environmental Protection Agency has posted a list of many disinfectants that meet its criteria for use in environmental measures against the causative corona virus. Some are based on sodium chlorite that is activated into chlorine dioxide.”

In practical terms however, few bacteria live alone, and they are most often found in water and on surfaces in the form of a “biofilm” which is a close association of many millions of bacteria. Many biocides have particular problems in penetrating this biofilm, due to the polysaccharide “glue” that is secreted by bacteria such as Pseudomonas to hold the biofilm together. Unlike most biocides, chlorine dioxide can effectively penetrate the polysaccharide layer of biofilm without being used up in reacting with the inert sugars. This allows the ClO2 to act on the bacteria themselves, destroying the biofilm.

“Science Direct Paper: Chlorine dioxide was found to increase the permeability of outer and cytoplasmic cell membranes and consequently resulting in the release of vital nuclear materials which strongly correlated with loss of cell activity or death.”

For more information or queries explore more here


Eco-Friendly Products in Window and Door Segments

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Design trends in nonresidential buildings are increasingly making energy efficiency and eco-friendliness a priority. In few markets is this more evident than in the commercial window and door market. 

How is the commercial market different from the residential market?

The residential market is more directly impacted by building standards, such as those of the IGBC, GRIHA & LEED program. These are regularly updated and often come with some incentives by various state government. Additionally, homeowners immediately benefit from the energy bill savings and more comfortable indoor environments associated with efficient windows and doors

In the commercial market for windows and doors, the adaption of energy-efficient products has been slower — building owners typically pay for window and door replacements or upgrades, while building tenants reap the benefits of lower energy costs. However, environmental friendliness is becoming a greater priority, and products available for the commercial market come with a wide variety of technologies and certification programs.

How does the commercial window and door market go green?

  • Installing curtainwall can make buildings attractive and energy efficient. Glass building fronts with well-sealed panes and frames allow natural light to penetrate buildings, reducing the need for indoor lighting and creating a sense of the outdoors.
  • Tinting glass products, such as the electrochromic glass and the thermochromic RavenWindow allow daylight to come in while reducing glare and solar heat gain.
  • Energy efficient and uPVC windows and doors have become increasingly available in stronger, more durable designs that can be used in many light commercial settings.

Why do commercial building owners choose energy efficient products?  

Commercial building owners and tenants increasingly want to be perceived as environmentally friendly companies. Energy conservation is important, particularly when it can also save costs. Energy efficient window and door products can pay for themselves in utility bill savings. Additionally, the number of commercial buildings that boast LEED (Leadership in Energy and Environmental Design) qualification, a well-known standard for environmentally friendly buildings, or meet the standards of other green building programs is on the rise.

The United States Green Building Council’s (USGBC) recently developed LEED v4 rating system will become the only set of standards used by LEED. The new standards revised existing LEED standards and expanded ways for buildings to earn credit toward green practices. In the window and door market, the new standards allow for a wide variety of products to be used to qualify for LEED points in various categories. 

For example, windows and doors can earn points toward LEED certification via the Energy and Atmosphere category by being well-insulated, limiting the energy consumption of a structure. Additionally, windows and skylights that provide daylight — reducing the need for artificial lighting — can help earn Indoor Environmental Quality LEED points. Window and door products can also earn points under LEED v4 by being manufactured close to the construction site and by offering a sustainable product lifecycle.

For more information about glasses visit Lingel Windows Store

India Naval Services Initiative- Organic Waste Management.

On January the 10, 2020, with the environmental initiatives from INS Chilka, and technical collaboration with Ekam Eco, Vice Admiral Anil Kumar Chawla, AVSM, NM, VSM, ADC, Flag Officer Commanding-in-Chief, Southern Naval Command inaugurated the Wet Waste Processing Station at INS Chilka on the premises of INS Chilka, a unit under Southern Naval Command. This is the second facility where Ekam is operating the composting process for naval command, the first one for INS Circars, Eastern Naval Command.

There is no automated machinery except a set of shredders and incubation baskets. The process is a completely natural and manual process. This means apart from the natural composting process, we also generate local employment. This composting setup will reduce the load of waste dumped by almost 30 tones per month.

This waste will be converted to close to 3000-4500 kilos of nutrient-rich (Nitrogen, phosphorous, potassium viz. NPK) compost. The process is accomplished by an efficient aerobic culture used for composting, “Compost CARE Aerobic”, a Zerodor CARE product. The consortium of bacteria known as “Odo CARE RTU” helps in eliminating the foul odour in the process of decomposition.

Kitchen waste composting has a very tangible impact on the climate and the environment. It eliminates the formation of ethane and methane types of greenhouse gasses from garbage dumps. It eliminates contamination of groundwater and soil due to highly acidic Leachate formed from garbage dumps. The soil conditioners of the output as compost from the process enhances the capacity of the soil to hold moisture and reduce water runoff.

The compost formed also brings back the natural nutrients like NPK and is a rich source of carbon for the soil while also conserving landfill space. The compost also adds benefits of nitrogen-fixing microbes in the soil while maintaining the pH balance of the soil.

We are grateful to be awarded this opportunity and hope that we make more impact in the days and years to come.

Organic Solution Cleaning Solution
Drain Care Restroom – Drain CARE Restroom Represents The Next Step In Technology For The Biological Treatment Of Drain Lines.

EcoClean Active Urinal Cleaner- EcoClean is an environment-friendly cleaner that removes urinal bad odor and yellow stains also add fragrance to the restroom for the pleasant experience.
Natural Floor Cleaner- Surface CARE– Surface CARE Enzymic is a natural, organic, non-toxic fully degradable deep cleaner, sanitizer, and odor controller surface cleaning solution.

Surface Care Enzymic – Surface CARE Enzymic Is A Natural, Organic, Non-Toxic Fully Degradable Deep Cleaner, Sanitizer, And Odour Controller Surface Cleaning Solution.

Fungi, how it grows and how to handle it!

Be it cold, damp winter or a warm, humid summer, activities at home can result in moisture indoors and fungal growth. Fungi can grow on walls, clothes, books, toys, and even CDs. It can turn prized possessions into musty relics that only look fit for the garbage. But that’s not all. It carries with it potential health hazards, affecting the health of your family.

The Fungi grow like bacteria on moist, wet surfaces in cool, shady areas. If that describes your toilet or bathroom, it is susceptible to fungal growth. A few common fungi grow inside of toilets, but the most well-known is mold. With a green or black tinge, mold is fairly easy to spot.

Mold has a close cousin that’s also common in our homes, mildew. Mold and mildew have a few matching characteristics:

  • Both are keen on moist, warm areas where they might sprout their homes.
  • Each grows on a multitude of surfaces, from food to shower or even a sheet of paper.
  • And, of course, they are both two types of fungi that no homeowner likes to see in his or her home.

Talking about the differences in the two forms of fungus ( fungi ). Mildew is typically white, grey, or yellow and grows on the surface of moist, warm areas. Its texture is fluffy or powdery. On the other hand, mold tends to be green or black. It usually grows underneath the surface of anything that has gotten wet. Its texture can be fuzzy or slimy. While toxic mold is not common in homes that are regularly maintained, it can be dangerous to a person’s health. Allergies, asthma, irritated eyes, headaches, and even lung issues are the result of toxic mold that is breeding within a home.

How to deal with such fungal growth at home?

Let me share with you some interesting hacks with CARE products for preventing the growth of fungus ( fungi ), mold, and mildew if you have trouble at your home. The hack is using CARE Surface (Floor) cleaner. It contains bacteria and enzymes that act on the food source of the fungal growth ( fungi growth ). It uses the moisture present for the action of the bacterial culture on the Surface CARE to first retard, and then stop the growth for any type of fungal growth.

For walls:

Spray the infected areas on the wall regularly for 15-20 days with Surface CARE (Floor) cleaners. Scrub the wall patch which is infected with a nylon brush. Then, reduce it to twice a week.

For flush tanks:

The Flush tanks are always filled with water and are always enclosed, so the temperature inside is relatively warmer. We inherently see a fungal growth inside the flush tanks. Put half a cap full of Surface CARE (Floor) cleaner inside the flush tank water in the night before going to bed (after which the flush is not used for the overnight period) on a regular basis or even twice or thrice in a week. If done regularly, such fungal growth is retarded or eliminated completely. The flushed water then also will act on the toilet bowl and drain lines when used in the morning.

For toilet bowls:

The submerged areas or continually dripping flush tank cause a yellow, green or black color fungal growth on the surfaces of the toilet bowl. This is also prominently seen on toilets which are not used for prolonging gaps. Once the fungal growth happens, even after cleaning the bowl once it is rapid to reappear within 24 hours. Now for toilet bowls, Restroom CARE (Toilet) cleaner is effective as it is mildly acidic and cleans the ceramic surface instantaneously. But the hack is as follows.

Usually, the maximum usage of the toilet bowl in a home happens in the morning and evening. If you want to prevent the growth of such fungus in the inner walls, spray Surface CARE (Floor) cleaner on inside walls of the toilet bowl, after all members have used the toilet and there is a prolonged gap for the next usage of about 4-6 hours. This could be in the morning or at night. Just spray, and leave it without flushing. You will experience the fungal growth is not persistent thereafter.

So, that’s my hack for dealing with fungal growth at home. What’s yours?

Types of Sustainable Sanitation Systems

In developing countries, sanitation is a growing problem. Lack of basic necessities, poverty, and the growing scarcity of resources, especially water, are concerns that need immediate attention.

With India and its program, Swachh Bharat, to build toilets all across the country, we ought to educate ourselves about Sustainable Sanitation programs that might also benefit our ever-growing population.

Sustainable Solutions by Ekam Eco

What exactly is Sustainable Sanitation?

As defined by Sustainable Sanitation Alliance, SuSanA 2008,

The main objective of any sanitation system is to protect and promote human health by providing a clean environment and breaking the cycle of disease. In order to be sustainable, a sanitation system has to do this, and additionally be economically viable, socially acceptable, and technically and institutionally appropriate, and it should also protect the environment and the natural resource.

Technologies that would challenge the conventional toilet systems around the world which is actually responsible for many waterborne diseases. Understanding that excreta are not a waste, but actually valuable resource is the first step in understanding sustainable sanitation. Significant of amount of energy, and plant nutrients can be obtained if this “waste” is processed right. In fact, the water can be recycled and reused too, which would help in sustaining natural resources.

What are some of the technologies that have helped keep Sanitation Sustainable?

1. Water-less toilets

A poverty struck continent that is struggling to keep hold of resources for the coming generation, the idea of water-less loo works fabulously. It is the perfect cost-effective solution considering the local circumstances.

The technology is used in East-Africa’s urban slums, with an incentive that invites more and more civilians to use it. The toilet collects the waste, which is converted into nutrient rich organic fertilizer, which is then sold to the local farmers. Completing the loop of sustainable activity.       


Water less Toilets in Action. See More

2. Energy Generating Toilets

The waste is collected in a biodegradable film by a simple and efficient sealing technology. Exploiting the simple biological process of Anaerobic Digestion, which is basically the process of organic waste consumed by microorganisms in an oxygen-free environment, the toilet ends producing energy in the form of biogas.

The waste is also used to produce fertilizer for plants. The Anaerobic Digestion leaves the waste in a semi-liquid form, which is then used as manure for planted crops.

This was a technology that was experimented with in Madagascar. It turned out to be efficient, convenient, odorless, clean, and produced by-products that would give the locals an opportunity to earn profits.

A Similar Nano Membrane Toilet Designed in UK, backed by Gates Foundation (Read More)

3. Dehydrating Toilets

Dehydrating toilets are those that separate the liquid and solid waste. How it works?

The container is primed with coconut husk which absorbs any liquid that falls in it. This allows the solid matter to remain dry and odorless. To help the decomposition process, the matter is stirred briskly. To keep the smell out, the unit has an integral fan that pulls the moisture out of the space, keeping it dry and odor-free. Such systems are mainly suitable for regions with higher average temperatures, long dry and short rainy seasons or arid climatic conditions with high evaporation rates.

When human waste is dehydrated, the mass and volume are greatly reduced and the pathogens are starved of moisture. Urine source separation combined with dehydration of the solids can reduce the amount of waste by 90%.

A Dry Toilet, Courtesy SSWM

4. The Humanure

Inspired by Joseph Jenkins book, The Humanure Handbook, this toilet isn’t technologically advanced, but instead depends on individual effort.

It is essentially a wooden box, with a plastic bucket within, and a toilet seat on top. There is also a bag of sawdust that is kept next to the unit. After you do your business, scoop the sawdust and cover the matter completely with it to avoid the foul smell.

The plastic bucket is replaced every few days, whenever required and the matter is taken to the on-site composting station where it is dumped in composting bins covered with more sawdust. The decomposition process takes its time to form the manure that can now be used in agricultural fields.

While this process is not technologically modern, it educates the people about the step-by-step process of re-use and recycle that would be beneficial to them and the environment.

Sustainable sanitation is an approach that will keep the environment clean, leading to hygienic living conditions in the community. With every region, the challenges would be different, and therefore various technologies help in curbing those hurdles and offering incentives to the local population to use these toilets instead of defecating openly.

How Econaur is contributing to making Sustainable Buildings

What we do and how we do it? How Econaur the only green building platform works ?

If you still don’t know what exactly we do, well don’t worry here you will understand what we are doing here and how we do it.

What we do?

Econaur is India’s first online aggregator platform that provides one-stop solutions for green and energy-efficient buildings by providing the materials, products, technology, and expert guidance. Econaur is the only green buildings platform.

It has made an easy online green building platform for everyone who needs to know about sustainable and green construction and also can contribute their ideas, projects, and vision about what further can be done in sustainable construction.

Sustainable Product Companies now have an easy online platform where they can not only showcase their products but also find out that about the new sustainable technology & projects undergoing in the market by connecting with community of green building professionals can find out what the user needs for a sustainable construction.

Our vision is simple, we know that tons of resources are getting wasted in construction everyday and if we go wasting the resources at the same speed than sooner we are going to extinct our resources and become endangered. So our efforts are towards raising the awareness about sustainability and green construction, which is an alternative solution for using resources in the most efficient manner.

Our intention of having a community of stakeholders, architects, consultants, and manufacturing companies is this only, so under a single Econaur’s green buildings platform anybody can communicate with anyone and know what more can be achieved in sustainable construction. We believe in working together, and no better way can be there to connect every member from the building industry at a single platform.

How we do it?

The major thing we keep in mind before showcasing any information or product on our platform is that, the product doesn’t have any harmful impact on the environment. As long as the product is sustainable and minimize the harmful effects on the environment, we are always whole-heartedly open to showcase the product.

Even if you want to share any information or post anything related to green building, new sustainable products or about environment then also we give you a community article section where you can share anything related. Not only you can share but come to know about more sustainable innovations going on all around the world.

We personally too share regular content in our blog section about new technologies, construction products and news about the green building.

Perhaps you ask, ‘How can I afford green building materials?’Although you may be on a tight budget, there are creative ways to build a green home or office without compromising quality. We’re aware of the challenges and invite you to take advantage of our expertise in order to get the look and quality you want, at a price you can afford. We’ve done it with our own home and with hundreds of others — and we’re confident we can help you, too.

How do eco-friendly and sustainable products compare in cost to toxic products?

As a rule, natural and non-toxic products (e.g. wood, bamboo, cork, wool carpet, natural linoleum, marble/granite/limestone/porcelain, natural finishes, etc.) tend to be our favorites. They are sometimes more expensive than other products initially, but that’s not the whole story.

Sustainable products tend to:

  • last longer
  • wear better
  • clean easier
  • smell better
  • create a pleasing, healthier environment for residents
  • be biodegradable

Non-sustainable products, on the other hand, tend to:

  • be short-lived
  • require more maintenance
  • exhibit toxic and foul smells for many months, with some out-gassing undetected for years
  • compromise the health of individuals and the environment
  • provide only short-term pleasure
  • sit in landfills almost forever

In the long run, the life-cycle costs of sustainable products are usually less expensive. Plus they bring greater satisfaction during installation and for generations of use.

Many of our clients forced us to find natural products that would compete in price with cheaper, unnatural products. This was a challenge, but we did it.

A new trend

Non-toxic products used to be more expensive to manufacture than their toxic counterparts. This was due, in part, to the newness of the products and the small numbers of people using them. This trend has changed in the last few years; prices have fallen due to the widening market and the improvement of manufacturing techniques.

Demand for environmentally-friendly products is at an all-time high, not only in the building market but in the clothing and food markets as well. As the world wakes up to the lasting value and joy of using healthy building materials, we fully expect this trend to continue for a long time to come.

In addition to understanding the nature of eco-products, we’re also involved on the local level in using these products to help build a sustainable future. We promote healthy building environments in several ways including belonging to trade and environmental associations, sponsoring conferences, earth days and eco-fairs, donating a portion of our earnings to non-profit organizations that create peace and better the environment, and consulting with clients nationwide who personally test and use green building products.

Comments and Suggestions 

If you still have any question or query about anything which is troubling you then you let us know. Also if you have any suggestions about any new sustainable product or new technology then also let us know. We appreciate your feedback.

Econaur listed as Best Sustainability Blog on feedspot.

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