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Tackling Food Wastage in India: The Urgent Problem and A3 Technocrafts’ Solutions

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Food waste is a critical issue that India faces, with a significant portion of the population suffering from hunger and malnutrition. In this blog, we will delve into the problem of food wastage in India, its adverse effects on the country, and the potential solution of food waste recycling. Furthermore, we will explore the role of A3 Technocrafts in assisting numerous restaurants in Food Waste Management.

Food Wastage in India

Food Wastage in India: An Alarming Challenge

India, despite being a developing nation, struggles with a distressing amount of food waste each year. According to the Food and Agriculture Organization (FAO), approximately 40% of the food produced in India goes to waste. This staggering figure signifies not only an enormous economic loss but also a waste of valuable resources. Two of the major reasons  food waste in India are as follows: 

1. Inefficient Supply Chain: 

India’s complex and inadequate supply chain infrastructure contributes significantly to food waste. Insufficient storage facilities, insufficient transportation systems and inadequate distribution networks lead to spoilage and loss during transit.

2. Consumer Behaviour: 

Consumer habits, including excessive buying, improper storage and neglecting leftovers, play a substantial role in food waste. Furthermore, the prevalence of social gatherings and events adds to the magnitude of the problem.

Economic and Environmental Impacts of Food Waste: 

Food wastage in India has significant economic impacts, resulting in the loss of valuable resources, increased production costs, and decreased profitability. Moreover, food waste contributes to greenhouse gas emissions, worsening climate change and depleting natural resources.

Offering a Solution: Food Waste Recycling

Food waste recycling offers a viable  option to address the challenging issue of food wastage in India. This process involves converting food waste into valuable resources through various techniques, some of them are discussed below:

-Composting: 

Food Waste Recycling

Composting entails the natural decomposition of food waste into nutrient-rich soil, which can be utilised as fertiliser for agriculture and horticulture. This process not only reduces waste but also enhances soil health and promotes sustainable farming practices.

-Anaerobic Digestion: 

Anaerobic digestion employs microorganisms to break down organic waste, yielding biogas and biofertilizers. Biogas can be harnessed as a renewable energy source, while biofertilizers enrich the soil without harmful chemicals.

-Bioenergy Generation:

Food waste can be converted into bioenergy through methods like biomass conversion and biofuel production. This approach helps diminish dependence on fossil fuels and contributes to a cleaner and more sustainable energy sector.

-Animal Feed:

Feeding animals with food waste can help reduce food wastage by diverting unused or leftover food to livestock and pets, turning it into a valuable resource. Instead of being discarded, the food is repurposed to meet the nutritional needs of animals, contributing to a more sustainable and efficient use of resources.

Revolutionising Food Waste Recycling in Restaurants Chains, Food Courts and Cloud Kitchens.

A3 Technocrafts, as a prominent environmental technology company, plays a pivotal role in assisting restaurants and other food outlets in tackling the issue of food waste. Their innovative solutions empower restaurants and other food wastage generating places to efficiently manage and recycle their food waste.

Food Waste Recycling in Restaurants

Advanced Waste Management Systems: 

A3 Technocrafts is at the forefront of revolutionising food waste recycling in various food establishments such as restaurant chains, food courts and cloud kitchens. With their range of Aerobic Composters, available in different capacities, they provide an innovative solution to convert collected food waste into nutrient-rich composts. These composts can then be utilised in farming or gardening, promoting sustainable practices and reducing the environmental impact of food waste. A3 Technocrafts’ aerobic composters play a vital role in creating a circular economy for food waste management.

In conclusion, food waste is a real issue in India, with 40% of produced food going to waste. Inefficient supply chains and consumer behaviour contribute to the problem. Food waste recycling offers a solution, including composting, anaerobic digestion, bioenergy generation, and animal feed. 

A3 Technocrafts assists restaurants and other food outlets across India with their innovative Waste Management Systems by revolutionary Aerobic Composters, that are available in different capacities for different uses that convert food waste into useful composts that can be used in farming and gardening.

Exploring EPR and Its Implications for Waste Management: A3 Technocrafts Leads the Way

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As environmental concerns continue to escalate, organizations worldwide are seeking innovative solutions for effective Waste Management. Extended Producer Responsibility (EPR) has emerged as a crucial framework in this regard. 

In this blog, we will discuss the concept of EPR and discuss its significance for companies and organizations.

Also we will further specify how A3 Technocrafts Pvt Ltd can assist companies in adopting and implementing EPR strategies.

What is Extended Producer Responsibility?

Extended Producer Responsibility (ESR) is an approach that assigns the responsibility for managing the environmental impact of a product throughout its life cycle to the producer. 

Producer Responsibility (ESR)

This means that manufacturers, importers and distributors are legally obligated to manage their products’ waste, including proper collection, recycling and disposal. EPR encourages a shift from the traditional linear model of production and consumption to a more sustainable and circular economy.

EPR beneficial

Why is EPR beneficial for Companies?

For companies, embracing EPR brings numerous benefits: 

-EPR helps them comply with environmental regulations and minimize legal risks. 

-By taking responsibility for their products’ end-of-life management, companies demonstrate their commitment to sustainability, improving their brand image and reputation.

-EPR also incentivizes companies to design products with a focus on recyclability and reusability, reducing waste generation and resource depletion. 

-EPR implementation can lead to cost savings through optimized waste management practices and increased efficiency in material recovery processes.

-Financial or physical stress related to recycling encourages producers to find innovative solutions and sustainable materials, reducing the overall environmental impact.

-By reducing the amount of material used in products and extending their lifespan, producers can decrease the costs associated with disposing of these products after use.

A3 Technocrafts Pvt Ltd: Pioneering Waste Management Solutions:

A3 Technocrafts Pvt Ltd has established itself as a leader in providing innovative Waste Management Solutions in India and various other countries. With our expertise in the field, we offer comprehensive EPR consultancy services to companies. 

EPR solutions for companies

We assist organizations in developing tailored EPR strategies, including product design for recyclability, setting up collection networks, establishing recycling facilities, and ensuring compliance with local regulations. 

We guide companies through the complexities of EPR implementation and help them achieve their waste management goals effectively.

EPR solutions for companies from A3 Technocrafts:

A3 Technocrafts provides end-to-end support to companies in their EPR journey. Our team of experts conducts thorough assessments to identify product-specific waste management challenges and design optimal solutions. 

We guide companies in establishing efficient collection and recycling systems, forging collaborations with relevant stakeholders and tracking and reporting their EPR performance. We help them to streamline their waste management processes, enhance resource recovery rates, reduce environmental impact and ensure compliance with EPR regulations.

Conclusion

Extended Producer Responsibility is an indispensable framework for sustainable waste management, and A3 Technocrafts is at the forefront of offering comprehensive solutions to organizations. By partnering with A3 Technocrafts, companies can navigate the complexities of EPR implementation, bolster their environmental stewardship, and contribute to a greener future.

Carbon Credits and Project Development | Partnering with A3 Technocrafts

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In an era where environmental sustainability has become a pressing concern, Carbon Credits have emerged as a valuable tool to combat climate change. This blog aims to shed light on the concept of carbon credits and provide insights into carbon credit project development. 

Additionally, we will explore the ways in which A3 Technocrafts can assist companies in various stages of carbon credit project development, including project identification, project development, carbon credit registration and carbon credit sales.

Understanding Carbon Credits

If going with the definition and purpose, Carbon Credits represent a unit of measurement that quantifies the reduction or removal of Greenhouse Gas (GHG) emissions. They are designed to incentivize organizations and individuals to adopt cleaner and more sustainable practices by providing a tradable asset for carbon mitigation efforts.

Carbon credits

How Carbon Credits Work?

Carbon Credits work by quantifying the reduction or removal of greenhouse gas emissions. Projects that reduce emissions below a predetermined baseline generate carbon credits, which can be traded or sold to offset or compensate for emissions elsewhere, incentivizing organisations and individuals to adopt more sustainable practices. 

Carbon credits work

Carbon Credits goes through following steps:

-Emission Baseline: 

A baseline is established to measure the current carbon emissions of a project or activity.

-Emission Reductions: 

Projects are implemented to reduce or remove GHG emissions below the established baseline.

-Carbon Credits: 

Each tonne of GHG emissions reduced or removed generates one carbon credit, which can be traded or sold.

Carbon Credit Project Development

Carbon credit project development involves identifying, developing projects and implementing projects aimed at reducing or removing greenhouse gas emissions, generating carbon credits that can be traded or sold as a means of incentivizing sustainable practices.

Carbon Credit Project Development

1. Project Identification:

Identifying suitable projects is crucial for Carbon Credit Development. A3 Technocrafts employs a rigorous assessment process to identify projects with the potential for significant emission reductions. This includes evaluating the project’s environmental impact, technical feasibility and its financial viability.

2. Project Development:

A3 Technocrafts assists companies in the development of carbon credit projects by:

-Designing Mitigation Strategies: 

Creating tailored plans to reduce emissions, such as energy efficiency improvements, renewable energy installations or afforestation projects.

-Monitoring and Verification: 

Implementing robust systems to measure, monitor, and verify the emission reductions achieved by the project.

-Sustainable Financing:

Assisting in securing financial resources for project implementation and ongoing monitoring.

3. Carbon Credit Registration:

A3 Technocrafts guides companies through the complex process of carbon credit registration, ensuring compliance with international standards and methodologies. This involves:

-Methodology Selection:

Identifying the most suitable methodology for calculating emission reductions based on project type and scope.

-Project Documentation:

Preparing the necessary documentation, including project design documents and monitoring plans, required for registration.

-Validation and Verification: 

Engaging independent auditors to validate and verify the emission reductions achieved by the project.

4. Carbon Credit Sales:

A3 Technocrafts facilitates the sale of carbon credits through various channels, including:

-Voluntary Markets: 

Connecting companies with buyers seeking to offset their own emissions voluntarily.

-Compliance Markets:

Assisting companies in navigating regulated markets, such as the Clean Development Mechanism (CDM) or national emission trading schemes.

-Financial Expertise: 

Providing expert guidance on pricing, contract negotiations, and transaction facilitation to maximize the financial benefits for companies.

Conclusion:

As the urgency to address climate change intensifies, carbon credits offer an effective mechanism for incentivizing emission reductions and fostering sustainability. A3 Technocrafts plays a pivotal role in guiding companies through the intricate process of carbon credit project development, from identification to registration and sales. By leveraging their expertise, companies can actively contribute to a greener future while simultaneously benefiting from the economic opportunities associated with carbon credits.

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Process of ESG Reporting in India!

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ESG reporting is an integral part of corporate sustainability strategies worldwide. In India, the importance of Environmental, Social, and Governance (ESG) factors in business operations has gained significant recognition, leading to the implementation of regulatory frameworks and guidelines by the Securities and Exchange Board of India (SEBI). 

A3 Technocrafts, a premier ESG reporting service provider in India, is at the forefront of helping companies navigate this complex landscape. 

In this blog post, we will delve into the process of ESG reporting in India and highlight how A3 Technocrafts supports organizations in meeting their ESG reporting obligations.

ESG reporting

Understanding ESG Reporting in India:

ESG reporting in India refers to the practice of disclosing information related to environmental impact, social responsibility, and governance practices of businesses. It involves identifying, measuring, and reporting key ESG metrics and indicators that showcase a company’s commitment to sustainable practices. ESG reporting provides transparency to stakeholders, including investors, customers, employees, and regulatory bodies, enabling them to make informed decisions and assess the long-term value creation potential of an organization.

ESG Reporting process

The Process of ESG Reporting:

1. Identification of Relevant ESG Factors:

A3 Technocrafts assists companies in identifying the ESG factors that are material to their industry and business operations. These factors may include energy consumption, carbon emissions, waste management, employee diversity, community engagement, board composition, and more.

2. Data Collection & Analysis: 

Data Collection & Analysis involves gathering quantitative and qualitative data from various sources within the company, such as financial reports, sustainability initiatives, employee surveys, and supply chain assessments.

A3 Technocrafts works closely with organizations to establish robust data collection mechanisms. This collected data is then analyzed to assess ESG performance.

3. ESG Metrics and Indicators: 

A3 Technocrafts guides companies in selecting appropriate ESG metrics and indicators aligned with the relevant reporting frameworks in India, such as SEBI’s guidelines. These metrics may cover areas such as greenhouse gas emissions, water usage, employee turnover, gender diversity ratios, executive compensation, board independence, and more.

ESG Metrics and Indicators

4. Reporting Framework Alignment:

Ensuring that the ESG reporting aligns with the specific reporting frameworks chosen by the company, such as the Global Reporting Initiative (GRI), Sustainability Accounting Standards Board (SASB), or the Task Force on Climate-related Financial Disclosures (TCFD); A3 Technocrafts makes it consistent and compatible to accordance to all standards.

5. Report Preparation and Review: 

A3 Technocrafts assists in the preparation of comprehensive ESG reports, including the required disclosures, narratives, and supporting data. The reports are then thoroughly reviewed to ensure accuracy, completeness, and compliance with applicable regulations and reporting guidelines.

In conclusion, ESG reporting in India has gained prominence as businesses strive to demonstrate their commitment to sustainable practices. A3 Technocrafts plays a pivotal role in simplifying the process of ESG reporting, helping organizations navigate the complex landscape of ESG metrics, data collection, and reporting frameworks. 

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A3 Technocrafts: Empowering Companies on the Path to Net Zero Emissions

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In the global fight against climate change, countries around the world are setting ambitious targets to achieve net-zero emissions. India, with its commitment to sustainability and environmental stewardship, is at the forefront of this movement. As businesses strive to align with India’s Net Zero Ambition, A3 Technocrafts emerges as a trusted partner, offering comprehensive Carbon Footprint Analysis and Waste Management Solutions. 

In this blog we will be discussing how A3 Technocrafts is helping companies reduce their Carbon Footprint and work towards the aim of zero waste, supporting India’s Net Zero Goals. So, first let’s start it by understanding terms:

1. Net Zero Goals:

Net Zero Goals represent a critical milestone in the transition to a low-carbon economy. They require balancing the amount of greenhouse gas emissions released with their removal or neutralizing them. By achieving net zero emissions, businesses can effectively neutralize their carbon footprint, contributing to a cleaner, healthier planet.

2. Carbon Footprint Analysis:

Carbon Footprint Analysis refers to a comprehensive assessment of an organization’s greenhouse gas emissions. It is an important aspect of any business’s sustainability efforts. At A3 Technocrafts, our expert team employs cutting-edge methodologies and tools to measure, track, and analyze emissions across various scopes, including direct and indirect sources. By identifying emission hotspots and areas for improvement, we empower companies to make informed decisions in their sustainability strategies.

3. Towards Zero Waste:

Any effective sustainability strategy is incomplete without reducing waste. A3 Technocrafts recognizes the significance of Waste Management in achieving Net Zero Goals. Our waste management solutions encompass waste audits, recycling programs, waste-to-energy initiatives, and circular economy practices. By optimizing waste management processes, we help companies minimize their environmental impact, conserve resources, and contribute to a circular economy.

4. Partnering for Progress:

A3 Technocrafts takes pride in collaborating with businesses across sectors, driving the net zero agenda and fostering a culture of sustainability. We work closely with our clients, understanding their unique challenges, and tailoring solutions that align with their goals. Our expertise extends to industries such as manufacturing, energy, transportation, hospitality, and more, ensuring a comprehensive approach to carbon footprint analysis and waste reduction.

5. Enabling India’s Net Zero Ambition:

India’s commitment to achieving Net Zero Emissions by 2070 is evidence to its determination in combating climate change. A3 Technocrafts is proud to contribute to this national goal by empowering companies to reduce their carbon footprint and adopt sustainable practices. Through our services, we enable businesses to align with India’s net zero agenda, reduce greenhouse gas emissions, conserve resources, and pave the way for a greener future.

In conclusion, with India’s aim to achieve Net Zero Emissions by 2070 and its dedication to create a more sustainable & a greener environment, A3 Technocrafts is working with pride from the front.  

Net Zero

A3 Technocrafts serves as a catalyst, providing crucial support through carbon footprint analysis and waste management solutions. By partnering with A3 Technocrafts, companies can confidently progress on their sustainability journey, reducing their carbon footprint and working towards zero waste. 

The Future of Zero Liquid Discharge Method for Water Management at Industrial Site

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Over the past years, the recovery, recycling and reuse of wastewater has become a major trend as well as an inescapable need globally. Amidst the steadily increasing environmental concerns, scarcity of freshwater and stringent regulations, industries are in constant search of the best method of wastewater treatment. Though Zero Liquid Discharge (ZLD) methods have been in use at industrial sites for quite some time now, there have been multiple challenges. 

Challenges for ZLD at industrial sites

1. The conventional methods of ZLD using thermal evaporators, (though effective) are a challenge in terms of the economic and energy aspect. This method is highly energy consuming and requires huge capital investment. 

2. Innovative and customized ZLD solutions for different types of industries developing effective high recovery systems capturing different types of effluent composition has been a challenge.

3. Ideal operating conditions for ZLD, including temperature, pressure, scaling, and susceptibility to foul need close monitoring.

4. Choosing the right kind of evaporator effects for a system with several effects is a challenge.

5. Effluent characteristics along with related corrosion and temperature issues and challenges of material compatibility have been leading to high operating costs for ZLD treatments. 

What the future holds for Zero Liquid Discharge?

New developments and innovations in the ZLD methods are not only promising solutions for industrial sites like textile, pharmaceuticals, electronics and minerals etc. but also becoming a global favourite for industrial water treatment. The emerging membrane-based ZLD technology has been cutting the cost as well as beating the energy requirement resulting in effective treatment of Condensate Polishing Unit. 

#1. To minimise the price of ZLD systems, more dependable, higher recovery MLD (Minimal Liquid Discharge) processes must be achieved first, which requires advanced RO (Reverse Osmosis) elements designed to handle difficult brine fluids.

#2. After the RO step, three membrane based processes namely, ED (Electrodialysis), FO (Forward Osmosis), and MD (Membrane Distillation) have proved to be effective alternative ZLD technologies to brine concentrators for further concentration. These procedures generate brine, which is used as a feed for the crystallizer or evaporation pond.

Analysis of the benefits, drawbacks, and energy requirements of these processes show that the final result is perfect for regulatory compliances and hence outweighs the economic constraints. These technologies are advanced methods that combine heat and membrane based techniques in some cases, such as thermolytic FO and MD. Although heat energy is used in these processes, the main separating elements of these technologies are membranes.

Zero Liquid Discharge Plant Technology

Zero liquid discharge (ZLD) technology typically involves a combination of several treatment processes, depending on the composition of the wastewater and the desired level of treatment. Here are some of the common steps involved in a ZLD plant:

1. Pre-treatment: In this step, the wastewater is screened and pre-treated to remove large solids and debris, and to adjust the pH and temperature of the wastewater to optimize subsequent treatment processes.

2. Reverse osmosis (RO): The wastewater is then treated using an RO system, which uses a semi-permeable membrane to remove dissolved solids, organic compounds, and other contaminants from the water. The permeate, or treated water, is then collected and sent for further treatment or reuse.

3. Brine concentration: The concentrate, or brine, that is left behind from the RO process is then sent to a brine concentrator, where the water is evaporated and the remaining salts and solids are concentrated and separated.

4.Crystallization: The concentrated brine is then sent to a crystallizer, where the remaining salts and solids are further concentrated and crystallized, producing a solid waste stream.

5. Solids dewatering: The solid waste stream is then sent to a dewatering system, such as a filter press or centrifuge, to remove any remaining moisture and produce dry solid waste that can be disposed of.

From the environmental sustainability point of view and compliance requirements for industrial sites, Zero Liquid Discharge Plant is one of the best methods to adopt. ZLD has a tremendous deal of potential to reduce water pollution and increase water supply, but its practicality depends on striking a balance between the advantages of ZLD, energy consumption, and initial as well as operating expenses. To get the best out of this amazing innovation, the best technologist needs to be in charge to ensure appropriate installation and proper management. A3 Techno Crafts is a leading technologist working with various site based customised ZLD plants across industries. Technologists like A3 Techno Crafts, perform accurate analysis of the generated effluents and other crucial factors for a particular site and find the best possible solution. Both energy consumption and costs are minimised with proper research before installation combined with the use of methods equipped with advanced innovations.

Water Management in textile industry: Impurities and water softening

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Water management is the movement of water resources and controlling them for reducing the damage to property and life. Another purpose of water management is to maximize efficient beneficial use. In the textile industry, water management is the procedure of planning, developing, and distributing as well as management of proper water resource usage. Waste water treatment is the sub-set of water cycle management. 

In the textile industry, water is used in addition to many chemicals and hard particles. This brings many impurities into the water which are then sent to the water resources after being used. The main chemicals that are added to water are carbonate, sulfate, chloride, bicarbonate, potassium, calcium, and iron. These impurities are mixed in water which pollutes this natural and tremendously evitable source.

Impurities in Water

There are several types of impurities in water. These are briefly described below

1. Physical Impurities – The physical contaminants added to water affect the physical properties of water. The main examples of physical contaminants in water are organic material, and sediments and these affect the taste, color, odor, and conductivity of water.

2. Chemical Impurities – Chemical impurities get into the water when different chemicals and gases are mixed in water. For example, CO2, O2, NH3, pH, minerals, and other ions.

3. Biological Impurities – Bacteria, viruses, dissolved solids, industrial wastes, and chlorine are the main biological impurities in water. The detrimental effect they have on the water is tremendous. Reverse osmosis water treatment is the most effective solution for removing contaminants from water.

Water Hardness and Its Types

As a lot of materials are dissolved in water, water hardness is particularly the amount of dissolved magnesium and calcium in the water. Even in the textile industry, hard water can’t be used. So, it has to be softened before using it in clothing making. 

Types of hard water

1. Permanent hardness – When nitrate and sulfate salts of magnesium and calcium are present in water, then it is called permanent hardness. Boiling is not sufficient for removing this kind of hardness.

2. Temporary hardness – When water contains carbonate or bicarbonate salts of magnesium and calcium in the water, then it is termed temporary hard water. The name- temporary hardness; shows that this hardness goes by just boiling the water.

Water Softening

The process of removing hardness – causing ions from water is called water softening. Mostly, iron ions, calcium, and magnesium ions can be removed with the process. Ion-exchange is one of the most conventional water softening techniques where hardness ions change their places with chloride and sodium bounded with an ion-exchange zeolite and resin. There are many more water chemicals that can be treated with the process of water softening. Types of water softeners are mentioned below-

1. Non-Ionic Softeners – Non-ionic softeners include ethoxylated products, paraffin, polyglycol, and fats. These are less efficient as compared to cationic, and anionic softening agents. But non-ionic softeners stay stable in presence of anions, and cations and withstand the effects of a basic or acidic environment and hard water.

2. Anionic Softeners – Anionic softeners are generated by the condensation of fatty acids. Anionic softeners have good characteristics similar to that of lubricating softening agents. These softeners are not able to stand in water and acidic environments. 

3. Cationic Softeners – Cationic softeners are amino-esters, ammonium salts, and amino amides. These softeners are suggested for all forms of fibers. The exhaustion process is used to apply these softeners in an acid environment where the pH value is between 4 to 5.

Understanding Zero Liquid Discharge (ZLD) Plant and its functions

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Zero Liquid Discharge (ZLD) as the name suggests is a process designed to achieve zero liquid status in the waste generated or a method to eliminate waste liquid completely. Main driving force behind this is to minimize water wastage and maximize its usage through recycling. This proves beneficial for the environment and economy by saving gallons of Zero Liquid Discharge Plant.

Industrial wastewater contains a lot of harmful biodegradable or non-biodegradable substances which are unfit to be discharged into water bodies. Harmful effluents and discharges from the industries are threatening the environment. We all know water is very scarce in many parts of the world. Saving water is a growing concern for which various measures like regulating the way water is used have been taken around the world. ZLD uses advanced technologies in water treatment plants to purify wastewater.

Design of a Zero Liquid Discharge Plant (ZLD) plant

ZLD plant is designed and customized according to the site where it is needed. It is mostly needed for industries which depend a lot on water for their operation and process. There are various factors that needed to be thought of before a ZLD can be installed. The byproducts of ZLD operation are liquid and solids, out of which water is used again for various processes and the solid part is discarded in landfill or treated further to extract chemicals if possible.

Government regulations these days have made it mandatory for different industries like textiles, chemicals and beverage industry to have ZLD installed so as to reduce Waste water treatment. Water recovery is the most important function of a ZLD plant. It is important to have a reliable ZLD plant to adhere to strict norms of regulations set by the government.

The ZLD processing plant constitutes physicochemical treatment, biological treatment, membrane filtration and evaporation concentration. A well designed ZLD plant handles variable volumes and speed of discharge, delivers solid waste for disposal and recovers more than 90% of liquid for further usage. Although a bit costly, it goes a long way in managing water resources wisely.

A3 is a leading system integrator offering engineering solutions for wastewater treatments. We provide customized, reliable and efficient solutions for ZLD to help you meet your corporate responsibilities. We understand your needs and come up with best possible solutions that suit your industry type. Minimize water wastage and optimize water to its maximum potential with effective ZLD plants from A3 Technocrafts.

Technicalities of Water Conservation at Industrial Sites

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There was a time when nature had its own ways of purifying waste water and regenerating water resources. However, with increasing population and industries, and decreasing water bodies, the natural regeneration process was not enough. Therefore, it is of utmost importance that responsible industrial powers take these steps to extend a helping hand to mother earth towards achieving sustainability. Ignoring or delaying the installation of waste water treatment plants could negatively affect industrial productivity and profit.

Leading technologists like A3 Techno Crafts assist the industries to install industrial water treatment plants using suitable technology. From surveying the sites to researching the nature of effluents and installing treatment plants with appropriate technology and assisting with the necessary maintenance.

Techniques used to treat industrial wastewater vary depending on the nature of the industry, effluents released, and possibilities of reuse. Let’s have a look at the various plants A3 Techno Crafts installs:

1. Effluent Treatment Plants (ETP): Depending on the type of effluents and site of generation ETPs purify wastewater in different stages of treatment such as physico-chemical treatment, biological treatment, and tertiary treatment. A3 Techno Crafts’ ETPs are crucial for food & pickling, pharmaceutical, chemical, paint, textile, and manufacturing industries, etc to clean the industrial effluent.

2. Sewage Treatment Plants (STP): The wastewater treated with Activated Sludge Process (ASP) technology of A3 Techno Crafts’ STPs can be reused on the site. Resorts and institutions; food, dairy, tobacco, chemical, and textile industries greatly benefit from such plants.

3. Zero Liquid Discharge Plants (ZLD):  A3 Techno Crafts’ ZLD plants are one of the best-known methods to guarantee compliance with manufacturing specifications while meeting the regulatory compliance requirements. Moreover, a range of industries including oil, ceramics, plastic, metal, and wood require ZLDs installed on-site for maximum water recovery.

4. Industrial Ultra Filter System: Innovative A3 technology makes it possible to utilize alternative raw water from sources like surface or well instead of only tap water with an ultrafiltration system. This automated filtration process is definitely a cost-saving and sustainable method for any industry. A3 ultrafiltration involves low operating cost, low energy consumption, and low chemical use.

5. Integrated STP and ETP System: A3’s combined plants for effluents and sewage treatment are an added bonus especially for hotels, resorts, and corporate industries  Be it environmental concerns, pollution compliances, or responsible use, water conservation has become a need for every industrial site. Begin a collaborative journey with the leading technologist A3 Techno Crafts and treat the wastewater in industrial sites for your benefit. With successful businesses and offices worldwide, A3 is creating nothing less than a revolution in the field of water conservation. Associate with A3 and adopt smart water solutions for a sustainable future. Consult A3 Techno Crafts to find out a suitable wastewater treatment plant for your industry. Know more: https://a3technocrafts.com/products/waste-water-treatment/

Crisis to Conservation Do your bit to reduce water crisis, with A3 Techno Crafts

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Be it any civilization, from ancient to modern, water has always been the lifeline of human lives. In all the ancient philosophies about basic elements, water is inseparable. No matter how much we are technologically advancing, we cannot create water. Technology combined with willing & responsible hands can only save the existing sources. 

Thus, our best bet is to reuse, recycle and conserve.

There is an impending water crisis the whole world will be facing if the right steps are not taken urgently. According to the World Water Development Report prepared by the United Nations, around 1.8 billion people will be living in regions with sheer water scarcity by 2025. And by 2030, it will be half of the world population. 

Water crisis essentially means a scarcity of water. With the increasing global population, uneven distribution of water sources, and unequal pattern of water uses, there is a serious mismatch between availability and demand for freshwater. As this divide is increasing fast, the world is heading towards a major crisis. With rapid urbanization along with growing agricultural and industrial uses, water sources are fast depleting. Climate change, deforestation, and rising levels of pollution are making it difficult for conservation efforts to work efficiently. 

Water conservation on the other hand refers to a sustainable move towards reviving and conserving natural sources of water through activities, strategies, and policies. It is a dire need in today’s time as the crisis is not far away. 

How technology can intervene in reducing the impending crisis

Technology plays a crucial role in water conservation. With physical, chemical, and biological processes, wastewater with contaminants is treated for further use or safe release to the environment. Wastewater treatment plants are a major part of water conservation technology. Wastewater processing includes processes that are primary, secondary, and tertiary. While primary and secondary are initial separation processes, tertiary is the final process releasing safe water for reuse. 

How A3 Techno Crafts is leading the vision?

From personal uses to industrial plants and smart cities, effective water management techniques are useful, cost-effective, and sustainable measures to adopt. A3 techno Crafts is a system integrator providing different technical solutions to water management problems. Detailed research and expert technologists of A3 Techno Crafts assist you in the safe and smooth adaptation of conservative measures. Their tertiary wastewater treatment solutions include membrane systems, resin-based systems, and flocculation and sedimentation systems. In the membrane filtration system, membranes are used to remove harmful bacteria and viruses. In a resin system, ion-exchange resins are used for decontamination, purification, and separation. Chemical reactions are used to floc particles together helping them sediment fast in the flocculation and sedimentation system. Wastewater from different sources such as laundry, industrial effluents, hotels, hospitals, and sewage is treated with such processes and recycled for reuse. 

Integrating individual to industrial needs, A3 Techno Craft is leading the vision of water for all by providing sustainable technological solutions for water conservation. To know more, visit https://a3technocrafts.com/ and connect to us. 

Let us all stand for water conservation and do our bit to avoid the impending global water crisis.