Introducing Dakota, a revolutionary invention that is set to transform the way we control indoor temperatures. Dakota is a remarkable panel with the unique ability to maintain the desired temperature within a space, regardless of the external climate conditions. This groundbreaking technology,
We bring fundamental changes to both the core Heat Pump physical implementation and industrial systems-level application to fully enable Industrial Process Heat Decarbonization immediately/”piloted” to 230°C/445°F, mid-term to 390°C/740°F, and longer-term to at least 600°C/1100°F. Our target industrial applications include all General Process Heat,
Need for sustainable development requires use of renewable energy and clean fuel for power generation and thermal application. Various resources and technologies including solar PV system, wind, hydro, biomass, etc. are available for renewable energy production. Biomass is one of the renewable sources of energy,
Pyrolysis Furnace for Converting Plastic Waste into High-Quality Fuel Products using Magnifying Sunlight in a Glass Reactor
Due to concern surrounding plastic waste, it has become increasingly important to find creative solutions that can minimize its negative impact on the environment. In response, a pyrolysis furnace which utilizes intensified sunlight's heat within a glass reactor to transform plastic waste into valuable fuel resources.
This project aims to improve the global environmental situation by using renewable energy sources to reduce greenhouse gas emissions. The "Green Spiral" technology efficiently converts fresh KPC manure through anaerobic fermentation, producing high quantities of effective Fermented Organic Biofertilizers and Biomethane rich in microorganisms.
The buoyancy-assisted desalination system uses a hollow sphere which can be easily deployed by a ship. The sphere houses the reverse osmosis system required to turn seawater into potable water. The sphere is positively buoyant. The sphere has a large enough empty cavity that,
The IoT-based Plant Weaning System is an innovative solution designed to optimize plant care processes, specifically addressing the crucial phase of plant weaning. This system leverages the capabilities of the Internet of Things (IoT) to enhance efficiency, precision, and automation in plant cultivation. By integrating sensor technologies,
A new wind turbine rotor featuring greater wind transparency and simplified blade shapes. Such forms make it possible to arrange the production of blades of large wind turbines without the use of manual labor. Usually, due to the complex profile of the blades,
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