Banka Bio

Day by day, people are turning themselves toward the usage of environmentally friendly products. As with the mushrooming population, forests are on their way to extinction. It is a significant threat to nature, which may, in the future, lead to several serious problems for living beings. 

The toilet is an indispensable part of daily life. Conventional toilets are no doubt comfortable. But at the same time, It requires a excessive amount of water. Also, the set up value is high. 

Considering these points, maximum human beings are turning closer to bio-lavatory structures. This particular device isn’t only beneficial in lowering water usage round the house however also extremely good for the environment.

Bio toilets promote easy recycling of wastes that may otherwise threaten the surroundings. 

What Makes Bio Toilets Different from Conventional Toilets?

As evident by the name, systems associated with bio toilets compost waste products within the enclosed system. Unlike conventional toilet systems, usable drinking water is not utilized for flushing urea.

Such a great system not only reduces water and energy use but also serves as a tremendous usable product. The list of benefits is unending, but some of the highly remarkable ones include the following:

It can be easily installed in any type of room

Highly suitable for boats and motorhomes 

Do not smell like conventional toilets

Easy in terms of cleaning

Superb for tiny-shaped houses where space is limited

Excellent for areas that are prone to drought 

The bio-toilet portable system is easy for homes that utilize off-the-grid systems. As these toilets help to recycle waste easily, quality top-soil-like humus is formed. Portability is one more remarkable feature of bio toilet.

As you can carry this product from one place to the other, you can go to the toilet as usual.

Want to know about the way the bio toilet system works? Here it is….

How does a Bio Toilet System Work?

A bio-toilet system includes a composting chamber where the wastes get collected. As the liquid wastes evaporate, the production rate of microbes declines to almost nil. The solid waste will slowly mix with oxygen to form a composting pile. 

Usually, there is a two-process composting that takes place in a bio-toilet system:

Aerobic composting – In an aerobic form of composting, heat and oxygen are used to break down the waste elements. It is similar to the backyard composting heap that gets formed on average.

Anaerobic composting – No oxygen is required in an anaerobic composting technique. As a end result, it takes a long time to break down the factors to be had within the composting pile.

Finally, a rich top soil like humus will be exclusively great for garden usage. It will be precious for plants.

In Which Form Does Human Waste Get Converted?

Bio toilets work on bio-digester technology that can efficiently treat human waste at its best. The organic human waste gets converted into methane, water, and carbon-dioxide gases. 

The processing helps in inactivate the pathogens responsible for the spread of water-borne diseases. Also, the shits get treated without taking any external source of energy into usage.

In general, the bio-digester tank in almost every toilet includes inoculums. Inoculums are known to contain four different types of bacteria. The water trapping system in the bio-toilet prevents the entry of air inside the tank. 

As a result, the human waste gets processed by the anaerobic bacteria in every chamber of the tank. This results in the release of methane gas and carbon dioxide that escape into the air. Once the process is completed, the water gets recycled to be used in the toilets as usual. 

What are the Different Types of Bio Toilets in the Market?

After the bio toilet system’s successful introduction, it underwent lots of changes and variations in designs. Today, there are three different types of bio-toilets available in the market that includes:

Zero-water bio toilet – A zero-water bio toilet does not use water for flushing. The pit is prepared directly below the toilet. It is possible to open and close the connection between the pit and the connection with a lever. The human waste gets directly deposited in the hole. Sawdust or sand is sprinkled on the waste.

Aerobic bio-toilet – Here, the toilet is connected to a double partition tank. The tank is connected to several air ventilation systems. This allows for the easy decomposition of human waste in an aerobic condition. 

Anaerobic bio-toilet – In an anaerobic bio-toilet, bacteria decompose human waste. The method decomposes human waste to a maximum level. Toilets used in locomotives are the best examples.

From above, it is clear that bio-toilets have lots of benefits over regular toilets. Though they are used in a limited number, these toilets are expected to become popular in the future. 

Banka Bio Is the Leading Manufacturer and Installer of Bio Toilet working toward making sanitation reachable to rural areas. Banka Bio’s Bio Toilets are also, a trusted solution for Indian Railway in Many Railway zones.

The figure shows the percentage of people across the world who use unsanitized drinking water. And it is alarming to see the percentage of the population in so many countries that do not have such a small population with access to clean drinking water.

Understanding the global scenario and the availability of clean water

The water demand is on the rise owing to population growth and urbanization. Access to safe drinking water is the basic requirement for health. However, data shows that in the current state of things, billions of people will lack access to clean water by the year 2030.

To begin with, how do you define clean drinking water? Clean drinking water denotes an improved water supply that is available when required and is free from any contamination.

Blame it on poor management, misuse, and over-extraction of groundwater our freshwater supply is stressed. Underinvestment in water, degraded ecosystem and climatic changes are water-related and add to scarcity woes in obtaining clean and safe water.

To reach the optimum level of making clean and safe drinking water available to all universally it is important to increase the current progress at least fourfold. Only then will it save the millions of people who succumb to death because of diseases caused by unsafe water?

Today over 2.2 billion people globally lack access to safely managed water services. The problem is highly prevalent in the rural areas.

Access to the safe water crisis in India

The above figures related to water issues in India is alarming. Water crisis is a huge concern and it is imperative to act without delay.

India with a population of over 1.4 billion people struggles hard to bridge the gap between need and availability of safe drinking water.

Around 6% of the population which is over 91 million people do not have access to safe water.

The current challenges in India include contaminated water surface, extreme water stress, and lack of piped water supply access. Rising sea levels and drought add to this worry.

Safe water is the backbone of any healthy economy. However, this is a sphere that is highly underprioritized across the globe. While the government of India has stated the urgency of offering tap water to every house by 2024, we are yet to see how the policy takes shape. Also, Promote the use of a Wastewater Treatment plant at the rural level and decrease the use of drinkable water for other purposes.

Additional expenses caused by unsafe drinking water

Water-borne diseases have cost over USD 600 million in a year and is especially the case seen in flood-prone and drought areas which has affected the Indian population in the last few years.

Also, groundwater meets almost 85 percent of the drinking water needs in rural areas and around 48 percent of the requirements in urban areas. However, over two-thirds of the total 718 districts in India are affected gravely by water depletion.

India is today the highest user of groundwater sources due to the rise in drilling in the past few years which has aggravated the scarcity of groundwater.

The impact of the trench between the need and availability of clean water has an indirect impact on rural India too. Without a safe and reliable source of water women and children are given the responsibility of collecting water which in turn has seen a rise in the school dropout rates.

In the year 2015, India achieved 93 percent of improved access to clean water in rural areas.

However, with the shift to the sustainable development goals as per the new baseline estimate only about 49 percent of the rural Indian population is using the safely managed drinking water.

The water problems in the Indian States

The graph shows the population of India on the left side with the data on water and sanitisation cases as a percentage against the household percentage that get access to clean drinking water in their homes.

Nearly half that is over 48.3% of the households in the urban and rural areas do not have access to clean drinking water.

Around one-fourth of the houses get clean water through any public and unrestricted source. This is the data from the national sample surveys or NSS.

On average a family of four world need at least 40 litre of water a week if they conservatively use just 2 litres of water each day. This is as per the allocation per person by the government in rural areas.

Groundwater sources in various states

If the state-wise estimates are made then Madhya Pradesh has 57.5% and West Bengal has 50.1% of its population that had to use a public water source for getting clean drinking water. It was 23.3% in Maharashtra, Uttar Pradesh was at 21.3% and Bihar had just 4.7% as households mostly use chappakal or hand pumps installed outside their homes. Thus for Indian households a hand pump is the main source of drinking water in rural areas.

The improved drinking water sources include piped water into the yard or dwelling, borehole and tubewell, protected spring, rainwater, bottled water, or a community reverse osmosis plant. However, it is not necessary that the water that is obtained from the improved sources would not have any negative health impact on those who consume it.

Initiatives that are being taken to address the water needs

A few ways to manage and supply drinking water across the country could be:

To stream groundwater depletion which is being highly exploited. It works to help the villagers understand the availability of water and its usage pattern.

The idea of 24/7 water is something that can be achieved by gaining a professionally run water utility company managing the business and being accountable to citizens directly.

It is imperative to manage the iconic rivers of India. It is required to make irrigation predictable which needs immense investment in infrastructure to usher agriculture.

Minor irrigation schemes, tracking floods and droughts, and implementing rainwater harvesting systems or recharging underground aquifers could be ways to narrow this gap. Solar disinfectants and filter usage are areas that can be worked on to solve the problems of clean water access which is a basic human right.

Once the summer months set in water becomes an even more rare commodity in India. The country has just 4% of water resources which makes it among the most water-stressed countries in the world. Climatic change, floods, and droughts bring in more distress.

We at Bankabio Understand the future needs and come up with Solution products to ensure access to sanitation, hygiene, and wastewater treatments in the most disconnected areas of India.

Introduction

It is distressing to think about the ongoing global sanitation challenge in a world characterized by technical marvels and great development. A huge number of individuals keep on confronting social injustice, infection, and poverty because of their powerlessness to get safe drinking water and satisfactory sanitation.

Additionally, a staggering 673 million individuals continue to engage in open defecation practices, and an estimated 367 million children attend schools lacking proper sanitation facilities.

This article centers around open defecation to exhibit how challenging the current sanitation circumstance is. We shall move from a global perspective to the particular scenario in India before delving into the problems at the state level.

The Global Sanitation Crisis

Open defecation has serious and significant results. It harms human well-being, dignity, and the climate too. Exposure to defecation can result in diarrhea, gastrointestinal diseases, lack of healthy sustenance, and so forth. These sicknesses can hurt children’s physical and mental development, bringing about diminished educational and societal growth.

Besides, open defecation disregards the protection and security of women and girls, who might endure provocation or attack while searching for a place to defecate. Moreover, by delivering ozone-harming substances and diseases into the biological system, open defecation can add to environmental decline, water contamination, and environmental change.

Addressing the Global Problems Related to Open Defecation

Different stakeholders have been cooperating to support the reception of protected and sustainable sanitation practices to reduce the worldwide sterilization challenge. The United Nations’ Sustainable Development Goals (SDGs) expect to guarantee general admittance to basic sanitation services by 2030 and to stop open defecation. The WHO gives specialized counsel and helps nations for them to carry out efficient sanitation policies and projects. The World Bank and other donors invest in sanitation infrastructure and service delivery. 

Impact on Human Lives

Civil society organizations and community leaders raise awareness to help individuals change their ways of behaving and perspectives towards sanitation. These endeavors have brought about some advancement, yet considerably more should be initiated to guarantee that everybody can partake in the advantages of further improved sanitation.

The results of deficient sterilization are sweeping and obliterating, with open defecation playing a critical part.

Globally, a child succumbs to diseases resulting from poor sanitation conditions every 20 seconds.

Unsafe drinking water, often associated with open defecation, contributes to a staggering 21% of disease spread worldwide.

Open Defecation in India: A Sobering Statistic

Lack of sanitation facilities

One of the significant difficulties in addressing open defecation is the arrangement of satisfactory and useful latrines with a clean water supply. Numerous public latrines that have been developed are either ineffectively planned, deficient in number, ineffectively kept up with, or need a water supply, making them unusable and unhygienic. Subsequently, many individuals opt to relieve themselves in the open as opposed to utilizing these facilities.

Cultural factors

Another huge element that impacts open defecation is the attitude and conduct of individuals toward restroom utilization. A few studies have tracked down that in any event, when individuals approach government or private restrooms in their homes, they don’t utilize them consistently or at all. 

Some of the reasons include low awareness of the health benefits of using a latrine, inclination for open-air defecation, absence of protection or security in restrooms, or normal practices and customs. India, with its immense populace, wrestles with a stunning open defecation issue, even as it puts resources into foundation improvement.

A startling 50 million individuals in India practice open defecation, despite having access to toilets. This dilemma underscores the need for not just infrastructure development but also behavior change interventions to promote proper sanitation practices.

Wide Disparities Within the Nation

The sanitation crisis in India is not uniform, and state-level disparities are striking. Nearly half of India’s population (around 594 million people) practiced open defecation, with India accounting for 90% of South Asia’s open defecation and half of the global total. Some Indian states have made significant strides in addressing open defecation, while others continue to grapple with the issue.

Sanitation at the State Level in India

Some Indian states have made significant strides in addressing open defecation, while others continue to grapple with the issue.

Bihar’s Ongoing Challenge

In contrast, the state of Bihar in northern India faces an ongoing challenge with open defecation. Despite efforts to improve sanitation facilities, cultural and behavioral factors continue to contribute to the problem.

Bihar’s struggle highlights the need for customized approaches to address open defecation at the state level.

Odisha Struggles to overcome this challenge

Odisha’s experience shows that toilet construction alone is not enough to eliminate open defecation, and that sustained behavior change communication is essential.

These were the examples of only some of the Indian states. The problems and challenges related to open defecation remain consistent throughout the nation. What can be done to overcome these challenges?

Banka Bio: Pioneering Solutions to Open Defecation

In the battle against open defecation and sanitation challenges in India, Banka Bio emerges as a beacon of hope. As a research-driven, award-winning enterprise deeply committed to impacting India’s Water, Sanitation, and Hygiene (WASH) value chain, Banka Bio is at the forefront of developing innovative infrastructure and services. 

Through groundbreaking solutions, Banka Bio is working tirelessly to transform the sanitation landscape across the nation. By bridging the gap between technology, research, and on-ground implementation, Banka Bio is not only addressing the problems related to open defecation but also driving positive change in the lives of millions through it’s Unique Product Bio Toilet, bringing us one step closer to a sanitation-revolutionized India.

Conclusion

Understanding the global scale of deep-rooted sanitation crises, with a specific focus on open defecation, reveals a complex web of challenges. From global statistics to India’s nationwide problem and state-level disparities, it is clear that addressing this crisis requires tailored approaches and persistent efforts. India’s experiences, from Kerala’s success to Bihar’s ongoing challenge, serve as important lessons in the journey toward universal sanitation and a healthier, more equitable world.