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ENVIRONMENTAL FRIENDLY ENERGY PRODUCTION SYSTEM
Designed and created by
CHALLENGE ACCEPTED A growing movement of people is committed to challenging the status quo and taking real action to protect nature.
BIODIVERSITY LOSS. An accelerating climate crisis. Pandemics.
These are the realities we were living in these years. The outlook may seem bleak, but the good news is that there's a growing movement committed to challenging the status quo and taking real action to protect nature. Burning fossil fuels primarily generates energy; one of the most important things to do is reduce energy consumption and switch to renewable energy sources.
For birds and mammals : the carbon can kill by asphyxiation at a certain level and time of exposition. Its chemical property, higher than oxygen, permits it to be able to rapidly cross numerous types of biological membrane (including central nervous system). In the oceans : the circulation of oceans is also affected by human carbon emissions. It makes oceans more acid. Thus, numerous fish can wind up to the poles, where the water temperature change less rapidly. Regarding ocean current, they could slow down, or even stop. The CO2 absorbed could be released and worsen climate change. For the plants: with a low dose, the CO2 can permit growth of so many vegetal species. After experiences, this has been proven, but until a certain level. When this level is overpassed, the growth of vegetal stabilize or reduce. It’s for the moment difficult to see what is the exact level that stop this growth as it can change in function of the plant species. But we talk about environmental acidification.
ENVIRONMENTAL IMPACT This has consequences for wildlife and plants.
WHAT ARE THE CONSEQUENCES of CO2 on our environment? As CO2 is naturally present in the air, it’s not harmful to live organisms. But CO2 emissions are also accompanied by soot, heavy metals, and different contaminant. Which, all together, provoke harmful effects on a living organism. These latest are sensitive to variations of the CO2 concentrations in the atmosphere. This one rose to 280 ppm at the beginning of industrialization and 400 ppm in 2013.
HYDROGEN AND METHANOL The future’s gold mine for power generation
We are grabbing the opportunity as supplying hydrogen to industries has become a significant worldwide business. The demand has grown tremendously and will continue. Therefore, we turn hydrogen into a source of energy. We are synthesizing CO2 in syngas we capture from plastic waste for methanol production. This technology will open new doors for the sustainable generation of chemicals and fuels where the ready market is from the container shipping industries. It will be about how we could eliminate carbon destruction to the environment and the answer to plastic pollution.
TECHNOLOGY WE ARE OFFERING
INNOVATIVE STAND-ALONE HYDRO
Creating kinetic energy with water
Small in size but big in power produced. Like wind energy, a resource is a water, which the system will turn into kinetic energy. As a result, the system will produce plentiful, unlimited electricity. Power can be sold to the end-users and used to produce green hydrogen and methanol.
VERTICAL AXIS WIND TURBINE
A minimal footprint and high kW output equate to an advantage size to power ratio. Natural resources such as wind power are advantageous in producing free energy for the electricity supply. Power can be sold to the end-users and used to produce green hydrogen and methanol.
SELF-GENERATED ENERGY SYSTEM
Producing its own energy, a self-sustaining system generates renewable and incredibly eco-friendly power. It's imperative for a sustainable society and economy to depend on intelligent power grids, energy efficiency, and renewable energy sources, as this reduces our reliance on non- renewable fossil fuels.
ENERGY STORAGE TECHNOLOGY ~ COMPRESSED AIR
Compressed air energy storage (CAES) uses energy from our power generation system, such as Stand-Alone Hydro and Vertical Axis Wind Turbines, to compress air and store it in the reservoir. The compression of the air generates heat. The air stored is then released to a turbine combustor to generate electricity. The aim, of course, is to save as much as possible unused renewable energy from the system. Then, when electricity is needed again, the compressed air is released and spins the turbine to unleash the power back for usage.
HYDROGEN
The future of fuel starts with hydrogen
The future of fuel starts with hydrogen. Hydrogen and energy have a long shared history. The world is grabbing the opportunity as supplying hydrogen to industries has become a significant business worldwide. The demand has grown. Tremendously and will continue.
E-methanol is produced by combining green hydrogen and captured carbon dioxide in syngas from plastic sources. E-methanol releases some greenhouse gases for marine use as it burns, but it emits less carbon dioxide, nitrogen oxides, sulfur oxide, and particulate matter than conventional marine fuel. Container shipping giant Maersk has ordered 19 ships with methanol engines. Maersk alone expects to need 6 million tons of green methanol by 2030 to meet its emission reduction targets.
GREEN METHANOL PRODUCTION PROCESS
PLASTIC TO RAW OIL Answers to the world’s plastic pollution
ACTION
Our technology can turn waste into a valuable commodity – hydrogen, and methanol
Plastic waste has resulted in pollution and harm so incessantly it has become a marker of a new geological era. We say NO to plastics by turning the one- time used plastics into raw oil, refined, and used for other purposes such as oil and syngas. The outcome is then used to produce hydrogen and methanol or burned directly in boilers to generate electricity. We created the technology that can overcome plastic issues everywhere in the world.
RENEWABLE ENERGY = GREEN ENERGY
= GREEN HYDROGEN & METHANOL With the system we own, we can produce renewable and green energy that will make green hydrogen and methanol for fewer pollution effects
GREEN HYDROGEN PRODUCTION TECHNOLOGY & PROCESS
TECHNOLOGY READINESS
Technology readiness is not a static concept but rather a dynamic process. As technology evolves, readiness assessments may need re-evaluation periodically to account for advancements, changing requirements, and emerging challenges. Ongoing research, development, and continuous improvement efforts are essential to enhance technology readiness and drive successful implementation. Overall, technology readiness evaluation plays a crucial role in determining technology's feasibility, maturity, and potential impact. It helps decision-makers, policymakers, and stakeholders make informed choices regarding investments, resource allocation, and strategic planning, facilitating the effective integration of technologies into various domains and driving societal progress.
CREATOR & DESIGNER
Henrik Pryter, a Danish national and the CEO of ElQuator Holding Berhad, possesses an astute observational ability. He is the genius behind all the systems the company has developed, with a clear vision to reduce pollution and CO2 emissions by adopting renewable energy, even if it means not using his designated system. Henrik is the creator and owner of all the systems he firmly believes will revolutionize energy production in the future.
GET TO KNOW US
Elquator Holding Berhad, a European-owned company based in Malaysia, is proud to exclusively hold the IP design rights for complete Renewable Energy systems. Our vertical wind turbine systems are the only ones available in South East Asia, and we confidently manufacture them to the highest standards. Our energy production systems feature state-of- the-art storage technology, ensuring a constant sustainable energy supply. By reducing CO2 emissions from electricity production using coal and gas, our advanced energy system can play a vital role in promoting sustainability.
ELQUATOR HOLDING BERHAD (1374536-P) No 1, Jalan P4/8B, Palm Industrial Park, Bandar Teknologi Kajang, 43500 Semenyih, Selangor, MALAYSIA
Tel: +6(03)87260207 www.elquator.com
www.elquatorwindturbine.com www.elquatorsmartenergy.com
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