Practices
STP water to Green Hydrogen Project Brief: Green hydrogen is considered pivotal for producing clean energy and Green Fuel, Fertilizer and other value added compounds. Each kg of Hydrogen requires approx. 10 kg of pure water. It is a water and power intensive process. In water stressed country, including India, it will not be prudent to utilise potable water for production of hydrogen. Therefore, a way to utilise STP water for hydrogen generation was taken up through this project. The plant comprises of six units namely a) power supply to the System from solar PV plant, b) Electro Dialysis Reversal (EDR) system, c) Hydrogen generation unit (PEM Electrolyser 6.5 kg/hr X 6hrs), d) hydrogen compression unit, e)Hydrogen storage unit (50 kg at 200 bar), f) fuel cell based power production unit (Fuel cell 25kWe net for 18 hrs) In the present case, STP water from Greater NOIDA authority is being converted to process water through Electro-Dialysis Reversal (EDR) Process. EDR is an Electro-membrane process of water purification having much less power consumption and more yield of pure water which is being used for Electrolysis. The hydrogen so generated is being stored at 200 bar and being used for power generation through fuel cell.
The world is facing decreasing efficiency of mineral fertilizers due to numerous reasons including soil degradation, low mineral assimilation rate and insufficient use of mineral fertilizers. Our solution is to significantly increase the efficiency of mineral fertilizers by coating granules with specific bacteria using our patented technology. This increases the efficiency of mineral fertilizers by 25-50% or more, depending on the type of mineral fertilizer and the type of crop. Mineral fertilizer manufacturers can use both the liquid and the powder solution of our technology to produce biomineral fertilizers (BMF). The powder technology requires the manufacturer to have a mixing facility which are often used for adding anti-caking agent. If the liquid technology is used, the manufacturers can install a sprinkler above the transportation line which will sprinkle the bacteria directly onto the granules of the mineral fertilizers. This way the cost of implementation is minimal. Additionally, our technology provides ecological benefits due to better absorption of mineral nutrition from granules by plants, as well as increased biological activity of soil enriched with agronomically useful microorganisms.
Mental health disorders, particularly depression and dementia, significantly challenge healthcare systems worldwide. The World Health Organization reports that 3.8% of the global population suffers from depression, and over 55 million people live with dementia, with nearly 10 million new cases each year. Despite the high prevalence, effective treatment options are limited, and many patients are hesitant to use antidepressants due to potential side effects and lack of long-term benefits. Additionally, the adoption of new neuroscience-based treatments in clinical settings faces challenges such as gaps in collaboration between neuroscientists and clinicians, high research costs, and complex integration into clinical practices. To address these challenges, our project advances transcranial Direct Current Stimulation (tDCS) as a non-invasive treatment for neurological and mental health disorders. Our solution includes: Interdisciplinary Collaboration: Bringing together neuroscientists, medical experts, and healthcare leaders to close the gap between research and clinical practice, accelerating the implementation of tDCS innovations. Personalized tDCS Therapy: Utilizing MRI-based software to tailor tDCS therapy to individual patients, optimizing treatment effectiveness by customizing electrode placement and current intensity. Innovative tDCS Devices: Developing the Tes4me by I-cap tDCS, a portable device designed for both clinical and home use, featuring personalized caps for optimal treatment outcomes. Clinical Research and Protocol Development: Conducting clinical trials to validate the effectiveness of tDCS for conditions like dementia, Parkinson's disease, depression, and more, demonstrating significant improvements in patient outcomes. Strategic Partnerships and Market Expansion: Partnering with leading research centers and technology manufacturers to leverage expertise, support regional market expansion, and enhance clinical services. Through these solutions, we aim to improve treatment for mental health and neurological disorders, enhance patient outcomes, and advance the field of non-invasive brain stimulation.
Problem Description: In both sports and medical fields, timely and accurate diagnosis, monitoring, and guidance are critical. Athletes, whether amateur or professional, often face a variety of injuries during or after training sessions, such as muscle strains, joint issues, and more severe conditions like stress fractures or concussions. These injuries, if not properly managed, can lead to long-term complications and hinder performance. Implemented Solution: At VIAI Technologies, we've developed a series of AI-driven solutions designed to address these challenges: V-LENS 1 (Smart Glasses for Athletes): We created V-LENS 1, a pair of smart glasses that serve as a training companion for athletes. These glasses are equipped with advanced AI algorithms that monitor the athlete's performance in real-time, analyzing key metrics to provide immediate feedback. Whether it's detecting signs of fatigue, poor form, or early indicators of injury, V-LENS 1 helps athletes optimize their training and prevent injuries. AI Health Agent: To further support athletes, we developed an AI health agent that continuously engages with them, asking pertinent questions about their physical condition and training routines. This agent collects detailed data, offers instant advice, and monitors the athlete's progress over time. By doing so, it acts as a virtual coach and health advisor, offering real-time, personalized support that reduces the need for frequent doctor visits.
Over 90% of global healthcare costs can be traced back to preventable conditions like stress, anxiety, depression, cardiovascular disease, obesity & diabetes, additionally, there are over 350,000 health apps available in the market right now and over $300 000 billion has been invested privately in health-tech in the past decade. However, this rapid growth has not been without its challenges and while organisations play a critical role in supporting life quality, they need accurate data to choose the most impactful initiatives. Most solutions are fragmented and siloed, focusing on specific conditions without addressing overall individual needs, and often lack scientific validity. Additionally, data privacy and a failure to understand real individual and employee needs are widespread issues, leading to low user engagement and high costs without significant impact. By addressing these industry-wide challenges head-on, syd™ is optimally positioned to serve both individuals and organisations. syd™ is an AI-powered platform leveraging >1 million scientific papers, designed to enhance life quality for people through personalised recommendations and improve the organisational health, productivity and retention of companies with science-backed solutions.We are revolutionising preventive health as a pioneering B2B SaaS company, uniquely leveraging scientific research and artificial intelligence to offer an all-in-one scalable solution. With over 4 years of R&D, syd™ delivers personalised, science-backed and preventative recommendations to individuals globally via its user-friendly Super-App, resulting in a 48% reduction in stress, anxiety and depression. This Super-App is connected to a population insights Dashboard. Through its population insights Dashboard, syd™ has proven to improve the organisational health, productivity (+23%), retention (+15%) and ROI (12-20x) of companies - by delivering robust, actionable employee insights and enabling data-driven strategies. At the heart of our App and Dashboard is the Life Quality Index™ – a unique metric redefining how life quality can be continuously and comprehensively measured across 9 key interlinked life dimensions (physical health, career, financial health, brain power, purpose, self-awareness, emotional health, social life, and environment). Our mission is to enhance life quality for 1 billion people and empower individuals to discover a life they love.
Problem Description: The increasing threat of cyberattacks on space-based communication systems and climate data infrastructure poses significant risks to global security and environmental monitoring. These vulnerabilities could lead to compromised data integrity, disrupted missions, and potential misinformation affecting climate research and space operations. Implemented Solution: We have developed a comprehensive climate cybersecurity risk management framework designed to protect space and communication technologies. This solution integrates advanced encryption, secure satellite communications, and real-time threat detection to safeguard critical data and ensure the integrity of space missions and climate monitoring systems.
The world is facing a critical challenge in addressing climate change and reducing greenhouse gas emissions. The reliance on fossil fuels has led to severe environmental consequences, including global warming, pollution, and unsustainable waste management practices. Traditional energy sources are depleting, and the urgent need to transition to cleaner, more sustainable energy solutions is undeniable. This is particularly pressing in developing countries, where energy insecurity and environmental degradation pose significant barriers to sustainable development. Implemented Solution: Our project, spearheaded by Urban Farm Produce Technology (Pty) Ltd in partnership with the KZN Cannabis Consortium, introduces groundbreaking 4th generation biogas technology aimed at revolutionizing renewable energy production. Building on the expertise from German pioneers in 2nd generation biogas technology, our solution integrates next-generation advancements to address these critical challenges. Key Innovations: Thermal Hydrolysis: This method enhances biogas yield and efficiency, significantly improving the energy output from organic waste materials. Carbon Capture and Utilization (CCU): Our technology captures CO2 emissions and converts them into marketable chemicals and fuels. This dual approach not only mitigates greenhouse gas emissions but also enhances resource efficiency by transforming waste into valuable bio-based products. Sustainable Development Goals (SDGs): Our project aligns with key UN Sustainable Development Goals, including: SDG 7: Affordable and Clean Energy SDG 13: Climate Action SDG 12: Responsible Consumption and Production Impact and Scalability: Beyond technological innovation, our project offers substantial environmental and social benefits: Environmental Impact: We significantly reduce greenhouse gas emissions, improve waste management practices, and promote sustainable resource utilization. Social Impact: Our initiative fosters job creation, community development, and capacity-building, enhancing local livelihoods and economic resilience.
Waste generation has increased significantly worldwide in recent decades, and this growth is expected to continue. Over 2 billion tons of municipal solid waste (MSW) are generated annually worldwide, and this figure is expected to increase by approximately 70% by 2050. With such huge volumes of waste generated, the need for governments to provide adequate waste treatment and disposal services becomes even more important. In Russia, the share of recycled waste has decreased from 52% to 43% over the past 5 years, meaning that a significant share of waste is sent to landfill. Despite the increase in the total volume of waste generated, the absolute value for disposal and neutralization changes insignificantly from year to year. This suggests that there are no reserves in the capacity of existing disposal facilities (including capacities for separate collection, sorting and processing of production and consumption waste). Solution: Efficient management of industrial waste is one of the pressing issues of improving the environmental friendliness of production and reducing the overall costs (expenses) of enterprises by minimizing environmental risks associated with waste management. Recycling waste into products is one of the main elements of the transition to a closed-loop economy. SIBUR's products are used in most industries. SIBUR strives to develop new products that are safe for consumers and the environment, use sustainable raw materials and, thereby, implement the principles of a closed-loop economy at all stages of the value chain. One of SIBUR's strategic goals is to promote the involvement of at least 100 thousand tons of polymer waste annually in recycling within the framework of its own investment projects and projects with partners. In 2019, SIBUR began implementing a project at one of its production facilities, the POLIEF plant in the Republic of Bashkortostan, to launch the production of "green" PET granules containing secondary raw materials, powered by electricity from a solar power plant. In 2022, the production of "green" PET granules containing secondary raw materials and a solar power plant were launched. The capacity of the solar power plant is 4.9 MW, the area is 8 hectares (11 football fields), the number of solar panels is 10,080. POLIEF became the first industrial enterprise of SIBUR to use green electricity in the production of products - PET granules with the involvement of secondary raw materials. The technology for creating eco-packaging using electricity from a solar power plant with the involvement of recycled plastic can become a comprehensive solution to environmental pollution problems, reducing the amount of waste, emissions of pollutants (including greenhouse gases). This technology allows you to create packaging that is environmentally friendly, safe for the environment and recyclable.
The governments around the world creates schemes and provisions for supporting MSME / Startups through incubators and accelerators. These incubators are given grants and facilities to achieve goals and carry out activities which are measurable and transparent to the sponsors of the program. The measurement of and daily performance management with real time visibility for the government / sponsors at each startup level is a difficult to manage. Our enterprise grade, secure incubation centric software as a service product makes the system seamless, transparent and easy to access for all stakeholders.
The remote employment platform will help to address the human resource imbalance in the BRICS countries and strengthen international cooperation
Women in the MENA region face significant challenges in entering and thriving within the fashion industry due to limited access to education, resources, and business networks. These barriers are exacerbated by traditional societal norms that often discourage women from pursuing entrepreneurial ventures. Furthermore, the rapid digital transformation in the fashion industry has created a gap where many aspiring women entrepreneurs lack the digital skills and tools necessary to compete in a modern marketplace. This gap not only limits their economic potential but also hampers the growth of a vibrant and inclusive fashion ecosystem in the region. To address these challenges, Entreprenelle launched the Fashion Empowerment Initiative, a comprehensive program designed to empower women through education, mentorship, and resource accessibility. The initiative integrates digital solutions into the fashion industry by offering specialized workshops on digital fashion tools, e-commerce platforms, and online marketing strategies. Participants are equipped with the necessary skills to design, market, and sell their fashion products using digital platforms, thus bridging the digital divide and enabling them to compete on a global scale. The program also provides access to a network of industry experts, mentors, and potential investors, fostering a supportive community that encourages collaboration and innovation. By combining traditional fashion expertise with cutting-edge digital tools, Entreprenelle has successfully created a sustainable model that empowers women to not only enter the fashion industry but also thrive and expand their businesses, contributing to economic development and gender equality in the region.
BRICS countries face a challenge of technological and intellectual leadership in continuously complicated political and business environment. New sanctions introduced every day, problems with international settlements and logistics, attempts to limit access to advanced technologies create barriers for economic and technological growth and increase business costs. It is crucially important for BRICS business entities to cooperate with each other, cut costs, quickly find new reliable partners in joint projects and empower each other in their effort to innovate and grow. Also, it’s important that such cooperation is not slowed down and limited by bulky hierarchical management structures, which are especially slow and inefficient in multicultural, multi-time zone and truly global environment. These challenges are successfully solved when businesses find partners, register deals and settle arguments in a nature-like decentralized environment managed by protocols. Reliability of a business partner is 100% transparent and visible in blockchain record of his deals. Any dispute is solved in 72 hours inside the system, no legal expenses involved. Fraudulent participants are blocked at once. These are the major features of the B4B marketplace “Made in BRICS” based on social solidarity blockchain SolidWord. In our marketplace one can choose a business partner using reliability score which is calculated as percentage of deals closed without claims in total amount of deals registered by this person on “Made in BRICS”. The numbers are stored on a blockchain and can not be anyhow modified, no matter how much funds a business is eager to spend on marketing and ratings improvement. Search by type of technological processes is also available, which is especially important for innovative products, when one is creating a new thing and can rather find a subcontractor who performes a specific process (i.e., electroplating, extrusion molding, etc.) than a unit name, as such unit has never been produced before. If an argument between a deal parties happens, they can settle it in 72 hours with their peacemakers – respected business partners of both parties, who agree to work out acceptable solution with each other. This process does not require any extra legal costs or spending months in courts, while its efficiency has been proved historically in two independent periods and locations. A web-based interface of “Made in BRICS” is accessible to any person who registers in system by putting in his e-mail address and phone number. After confirming two peacemakers in the SolidWord system, one can start registering his deals and finding subcontractors, and the results of deals, confirmed by both parties, become a basis of reliability calculation for each deal party. Historically, the peacemaking algorithm has been successfully used in Kazakhstan in late 80s, and currently it is applied by project participants in their business and social projects.
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