Partners(Investors, Developers, manufacturers, contractors and the whole supply chain of products and services) face a lot of downtime unable to fill their pipeline with potential projects and the projects acquired take excessive amount of time to materialize.
On the other end of the table there is the consumer who is paying high price on their electricity consumption and is either not aware of the solution or is aware of the solution but can't get it resolved in a secured and timely manner. This is happening for a current USD 200-300B market and in 4-5 years it will hit at least USD 3T.

Our comprehensive industrial plant solution offers a range of benefits with zero waste. It includes corn processing, ethanol and bran production, cogeneration, and the potential for scalability. With a daily processing capacity of 600 tons of corn, we generate 83,500 m3 of hydrous ethanol and 60,000 tons of bran annually, along with 37,000 MWh of energy that can be doubled. The project includes environmental licenses, operates throughout the year, and offers a bovine confinement facility with a static capacity of 25,000 animals, catering to slaughterhouses and ranchers in the state. With a focus on sustainability, we utilize biomass from reforestation and solid waste from confinement for steam and energy generation. Additionally, our integrated logistics and warehousing, along with the generation of composted biofertilizer and integration with the ILPF system (Integration of Crop, Livestock, and Forestry), further enhance the efficiency and environmental friendliness of the project.

Over 1.5 million electric 3-Wheelers across Bangladesh is the only income source of the operator and his family. The number of vehicles increased rapidly without much oversight, leading to energy management problems at the fossil fuel driven national grid. Moreover the use of inefficient toxic lead-acid batteries and replacement cost of the battery every year, stuck the vehicle operators in the loan cycle forever. “Cassetex'' is a solar-powered battery swapping station service for electric last-mile transport. Using Battery ATM our registered customer can swap multiple times a day and they pay the energy bill through mobile banking. Li-ion batteries are charged efficiently, so safety, life and the range of vehicles are also extended, doubling the daily income of operators.

As with any other standards in industrial scenario, the GH2 assurance / Guarantee of Origin / certification is also administrative based and periodically audited by accredited agencies (compliance or voluntary based requirement). The GH2 manufacturer must engage an accredited GH2 assurance providing agency and the engaged assurance provider would consult the GH2 manufacturer and provide a report. The accreditation agency then schedules visits on a periodic basis to review the system and allow continuation of GH2 production. The current scenario poses challenges such as 1 -Self-attested data, 2 - Demand supply issue of auditors, 3 - Ambiguity in guaranty of physical assurance and 4 - Entry barrier for emerging market offtake.

Corona period gave rise to home deliveries, which is done through Petrol and Diesel Vehicles. This new age solution gave rise to pollution. The global weighted average is 204g CO2. India's last-mile emissions per delivery stand at 285g CO2. Last mile courier industry emitted approximately 500 thousand tonnes of CO2 in 2022. Indian cities like Delhi, Mumbai, Bengaluru, Kolkata, and Chennai emit more CO2 from LML than Last Mile Logistics (LML) emissions from France or Canada.
We are solving this problem by delivering consignment from Ecommerce company's warehouses to customer doorstep through Electric Vehicles.

Inefficiencies and Lack of Transparency in the Solar Energy Sector

The solar energy sector faces significant challenges that hinder its widespread adoption and scalability. These challenges include:

Lack of Transparency: The current solar energy infrastructure often lacks transparency, making it difficult for consumers and stakeholders to verify the origin, quality, and distribution of solar energy. This lack of transparency can lead to doubts about the reliability and trustworthiness of solar energy sources.

Inefficient Energy Grids: Traditional centralized energy grids are not optimized for the integration of solar energy. They struggle to accommodate the variable nature of solar power generation and often result in energy wastage or inadequate distribution. This inefficiency poses a barrier to the optimal utilization and integration of solar energy into the broader energy ecosystem.

Limited Access to Financing: Many solar energy projects face challenges in securing financing.

Worldwide there are several millions of industrial companies, particularly SMEs, which lack the capacities to identify and implement feasible energy efficiency measures. Accordingly, large amounts of CO2 are unnecessarily emitted while the companies at the same time lose money. The common approach to energy efficiency in industry is energy auditing yet there are far too few qualified energy auditors, particularly in emerging markets. Accordingly, numerous companies will continue to operate inefficiently, causing excessive CO2 emissions while losing money.

Over 500 million people in Africa have no access to electricity and use fossil fuel as their primary source of cooking and water heating, resulting in deforestation, CO2 emissions and poverty.

The problem that Algebra tries to solve is the following:
- Increasing energy consumption and high cost of electricity bills.
- Lack of maintenance activities will lead to reducing the efficiency of renewable energy systems generation, performance, and management.
- High operational costs for grid operators due to fluctuations in generation/demand and lack of accurate forecasting.
- Lack of predictive maintenance reduces asset service life, increases maintenance costs, and causes disruptions in a generation.

Solar generation is LIMITED, batteries are EXPENSIVE and 500M+ people without electricity ACCESS in Africa.

With the increasing share of renewables in the energy market and the associated volatility, battery storage systems are more critical than ever. They play a crucial role in the integration of renewable energies and thus in stabilising the power grid. The ability to arbitrage over time creates a value that sets these assets apart from other flexibilities. Our service delivers a commercially optimized dispatch for battery assets in line with all technical and commercial constraints. Our service is designed to remove all hurdles and work jointly on commercially optimising their assets.

Many organisations are under increasing pressure to comply with legislation surrounding sustainability targets and disclosure of information.

Many organisations have made bold climate commitments yet almost all of them need to be doing more in order to achieve them, they need additional support. In order to achieve their Net Zero Targets they need to be able to use their data to make intelligent decisions to reduce energy and other emissions.

Energy prices across much of the globe are increasing rapidly, organisations are desperate for ways to mitigate against the impact of these costs and are searching for ways to spend less on energy.

With the invention of the pump with the double power supply separated up to the impeller and the compressed hydroelectromagnetism, the primary energy could be produced everywhere in the instant it is needed in fixed and mobile plants without the need to build large hydroelectric, thermal, nuclear power plants. , solar, wind. Above all, without the need to transport the energy sources and the electricity produced. Nothing can be more economical, efficient and clean than the simultaneous exploitation of the static pressure of the compressed air, the circulation of the water and the one-way flow, because the water and the air are not consumed and the energy produced is due to the product of air pressure by the flow rate and density of water, which is a thousand times higher than a flue gas. Today, combustion gases are used everywhere in the world but they are a stupid solution from an environmental, technical and economic point of view, which devalues the value of the entire world science

Globine Energy addresses the urgent need for scalable, efficient, and environmentally friendly renewable energy solutions in the context of a global move away from fossil-based energy. Horizontal axis wind turbines, which currently dominate the renewable energy market, encounter limitations in terms of costs, scalability, efficiency, location, environmental & visual impact. The world thus far has failed to fully benefit from the enormous potential offered by the abundant natural resource of wind. With ambitious global targets for renewable energy such as the EU's goal of reaching 42% by 2030, there is an imperative for a significant shift in approach. Globine Energy's patented vertical axis wind turbine offers an approach that enables accelerated and widespread adoption of wind energy and drives the crucial transition towards a sustainable future, helping accelerate a reduction in dependence on fossil fuels.

Within a short span of less than 20 years, wind & solar have now become the cheapest sources of electricity, however electricity grids are not designed for intermittent power - causing issues in frequencies, grid congestion, and inherent mismatches between energy supply and demand.

Which is why Energy Storage is system critical, because it provide the system balance needed to achieve decarbonisation.

The problem is, our current options are too expensive and not easily deployable at scale. We intend to solve that problem through our breakthrough thermal energy batteries.

In Nigeria, more than 17 million households and 23 million small and medium enterprises rely on fuel-guzzling and polluting generators to keep their homes and businesses powered with electricity. In Lagos, 40% of the population have no access to grid electricity and about 80% rely heavily on diesel generators to manage outages. Approximately, $1.8 billion is spent on small-scale generators annually. More so, higher operating costs for generators usage and maintenance means higher cost of doing business. Not least, the health and environmental risks posed by air and noise pollution. Another challenge in a city such as Lagos is the rapid urbanization and population growth rate which is outpacing the infrastructure development efforts to meet growing demand for electricity, adequate housing and seamless transportation. This leads to the spread of shanty towns and poorly planned suburbs within the city which affects the efficient distribution of electricity and other resources.

Climate change poses a significant risk to our planet's ecosystems, economies, and social stability. The world is experiencing unprecedented climate change events, resulting in annual global economic losses exceeding $200 billion. Many enterprises face significant challenges in reducing their GHG emissions and improving their ESG practices due to a lack of resources. While alternative emission reduction solutions such as green fuels, nature-based solutions, carbon capture, and carbon credits offer promising opportunities, challenges associated with their implementation must be addressed. The need for effective and innovative solutions to combat climate change has never been more urgent.

In Chile, air pollution affects more than 12 million people, generating more than 11,300 deaths a year. On the other hand, worldwide, according to the WHO, 9 out of 10 people breathe polluted air, and more than 7 million people die from diseases related to air pollution. Although today climate change and air pollution are a problem for which solutions are being sought, the main problems for their implementation are the large investments required for the capture processes, and the long term that is required. to establish strict regulations and standards that promote the reduction of emissions from different industries.
For the founders of Photio it is essential to support the solution to the problem of air pollution because they understand the impact it has on people.

We have been invited to survey the site for a-z scope viz. design, engineering, procurement, installation, testing, and commissioning of the Solar Power system for energy independency at 60 different locations in the Abu Dhabi oil field.

The major challenge was not only typical designing, customisation, and optimisation for various sites but also the deadline for the execution of the complete project - thereby providing a viable solution to save energy.

Technical details/ Related Documents/ Project Name/ are not submitted here as per disclosure agreement, but can be submitted, personally.

Climate change is a global problem that requires collective efforts to tackle. Countries as well as companies have made Net-0 pledges in an attempt to meet emissions reductions that may avoid the worst of possible climate outcomes.

Many companies, however, do not have records or accounts of their emissions inventories. The process of accounting for GHG emissions is a time-consuming and expensive exercise. Requiring many valuable hours of dedication by a team with the necessary expertise to accurate account of emissions as well as 3rd party consulting in many cases.

Access to emissions accounting software can be difficult for many companies. When available, they tend to be expensive. Arabic speakers do not have a platform for emissions accounting.

The Kingdom of Saudi Arabia is blessed with abundance of natural resources and is striving to exploit their usage in the practical life. However, despite the positive indicators, education, research, and development efforts in the Kingdom have been limited in the area of energy efficiency. There is an urgent need of exerting concentrated efforts in developing, transferring, and popularizing relevant technologies, and promoting impactful practices in the field of sustainable, renewable technologies, and energy efficiency. In addition, there are some unique challenges faced in the Kingdom that needs to be addressed and solved. Developing innovative solutions to cope with the harsh weather conditions and water scarcity is a major challenge in this regard.

The whole energy system is in disarray following Russia's invasion of Ukraine -
the biggest oil and natural gas exporter - plunging Europe into an energy crisis. As
a result, uncertainty over the flow of natural gas has caused a spike in prices,
leaving Europe searching for new sources of supply. Renewables Vault offers a
solution through its blockchain-based platform which allows investors to rent or
own shares in renewable energy stations. The platform also provides an
opportunity for those with high carbon emissions to invest in green production projects.

Renewable energy can already be produced more cost-efficiently than energy from fossil fuels. However, one of the unresolved challenges of the energy transition is how to store renewable energy and transport it directly and efficiently to the consumer. Especially since renewable energy cannot be produced well in a uniformly distributed manner in terms of location and time. Electrical energy can only be stored in the form of batteries, but the main discussion neglects the limited availability of power grids and scarce resources for battery production - and the battery industry lacks a clear path to large-scale economic recycling.
The best clean energy carrier for storing and distributing renewables is hydrogen.
Yet, the complexity of the hydrogen value chain has resulted in the failure to create a sufficient, marketable hydrogen infrastructure. The lack of infrastructure has been a barrier to the decarbonization of mobile applications.

We are facing a global waste management crisis which is intensified by ongoing population growth and economic development. These growth drivers are putting greater pressure on existing waste disposal processes, leading to poor waste management solutions which can cause significant environmental harm.

Currently incineration is championed as the most effective way to eliminate viruses, bacteria and micropollutants (e.g. PFAS) from waste streams. However, this disposal method requires the waste to be transported to treatment facilities before it can be burnt, both of which release a considerable amount of CO2 into the atmosphere. Plus, the energy generated from the heat of the incineration process cannot be stored and this process wastes large volumes of water by using systems that do not recover the steam outputs, further exasperating the scarcity of clean water.

Green Energy Mali is the first start up who have a patented Solar induction cooktop powered
by 12V DC Power Station and solar panel , that can provide a sustainable and affordable
cooking solution, lighting, and mobile charging to communities in Sahel country Mali, it can
cook food using clean energy, gives lighting and charging for mobile devices . The market fit
for this solution in Mali is significant, as many communities still rely on traditional fuels , more
than 95% of Malian population uses gas , kerosene , wood charcoal for cooking and have
limited access to reliable electricity. The end-user demographic our solar induction cooktop
powered by Power Station in Mali includes low-income households, small businesses, and
schools. To scale up the deployment of this solution in Mali, we partnerships with
organizations ,government agencies and develop a distribution network to reach underserved
communities, and offer financing options Pay-Us-You-GO to make the solutions
accessible.

The industrial sector is a major contributor to greenhouse gas emissions due to its heavy reliance on fossil fuels for various processes, such as heating, drying, and cooking. To reduce emissions and transition towards more sustainable energy sources, there is a need for alternative sources of heat and power. Solar thermal technology has the potential to provide a clean and abundant source of heat for industrial processes. However, the high capital costs and low efficiencies of traditional solar thermal collectors have hindered their widespread adoption in industrial settings.

One possible solution to this problem is the use of Solar Fresnel Collectors, which are low-cost and high-efficiency solar thermal collectors that can be used for various industrial processes. The problem statement, therefore, is to develop an efficient and cost-effective solar heat system based on Solar Fresnel Collectors that can provide a viable alternative to fossil fuels for industrial

Access to reliable power is critical for healthcare delivery and the overarching goal of universal health coverage. According to SeeforAll organization nearly 60% of all health facilities in Africa do not have access to power, and those that do, only 34 percent of hospitals and 28 percent of health clinics have reliable access in the Sub-Saharan Africa. Power cost is also very high, combined with
power interruptions affects the quality of healthcare services for millions of people. Royal Africare envisions installation of solar power to hospitals in Urban, semi-Urban and rural areas to enhance universal health coverage even in the most remote areas. The affordability of cheap power by healthcare facilities makes healthcare affordable and cheap and at the same time avoid environmental pollution associated with climate change.

Le projet Green Trash vise à résoudre le problème de la gestion inefficace des déchets dans les villes, en particulier au Mali et en Afrique de l'Ouest. Le manque de tri sélectif à la source et la fragmentation des acteurs de l'industrie des déchets sont les principaux obstacles. Cela conduit à une accumulation de déchets non triés, à une pollution environnementale et à des conditions insalubres. Green Trash propose des solutions innovantes et durables pour transformer les déchets en ressources précieuses, en encourageant le tri sélectif, en valorisant les déchets organiques et en impliquant les communautés locales. L'objectif est de réduire les déchets, de créer des opportunités économiques et d'améliorer la qualité de vie tout en préservant l'environnement.

Hydrogen quality is important for many points across the value chain, including: hydrogen refueling stations (HRSs) where hydrogen consumption is <300kg/day, low-medium hydrogen producers who produce hydrogen at the range of 100-1000 Kg/day, and refineries that use gas steam reforming to produce >1 ton of hydrogen/day. Different stakeholders on the value chain have different needs with regards to hydrogen quality. This is directly linked to the way the hydrogen is produced and distributed. When contamination occurs, hydrogen quality can lead to financial losses, interrupted operations, and even damage to sensitive technologies like fuel cells. For this reason, strict standards are in place like ISO-14687. However, monitoring hydrogen quality is a challenge because it is very expensive, time-consuming, and relies on complicated logistics for sample handling and shipping. These problems collectively challenge hydrogen users and producers of monitoring their hydrogen quality.

One of the major challenges is the availability of fresh water over the world. Water desalination can fill the gap by producing a fresh water from the brackish water or the seawater for drinking. Current the conventional Revers Osmosis (RO) has a challenging limit of minimum energy consumption ~ 2-3 kWh/m3 . A lot of work has been done in optimizing the pump’s design and operation for the RO systems. On the other hand, “hybrid systems” by combining the RO with other innovative desalination concepts show an optimistic solutions to overcome the thermodynamical limitations of the RO.
The Microbial Desalination Cell (MDC) shows the ability to treat wastewater and generate energy to be used to desalinate the saline water using an electrodialysis concept incorporated within the MDC as a pre-softening step for the RO system.

Currently, the state of potable drinking water comes to in two forms: municipal water which is often contaminated or scarce, and bottled water which utilizes municipal water and has a high carbon footprint. You can guaranty the quality of water at the water treatment facility, but once it hits the aging and decrepit pipe and plumbing infrastructure, you are on your own. Shipping heavy bottled water from Fiji or Atlanta is no longer sustainable. Plus the world would benefit from less plastic in the oceans.

Project Objectives /Mission

I want to create such Renewable systems in Nigeria to provide green energy possibilities in places that were not viable before. In Nigeria, the electricity production out from the renewable resources we have only from the hydro potential.


To decentralize electricity production : Schools, hospitals and public infrastructures can benefit from having a reliable source of renewable energy, even in remote areas.

My wind turbine aims to support local development: About 120 households can be powered with one of my smallest turbine in remote areas where the yearly energy consumption can sometimes be as low as 400kwh.


To diversify the electricity supply: In long run, diversified electricity supply can improve the efficiency and reliability of the power sector, by lowering the costs and prices.