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Patent Searching and Data


Title:
CARBON RID
Document Type and Number:
WIPO Patent Application WO/2023/150842
Kind Code:
A2
Inventors:
OKORIE ANSELIM ONYEKACHI (BG)
Application Number:
PCT/BG2022/000001
Publication Date:
August 17, 2023
Filing Date:
February 09, 2022
Export Citation:
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Assignee:
ENDLESS POSSIBLE TECH EOOD (BG)
OKORIE ANSELIM ONYEKACHI (BG)
International Classes:
B01D53/02; B01D53/14
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Claims:
• Reduce carbon intensity and meet strict greenhouse gas abatement regulations by removing CO2 from their exhaust streams

• Sell or reuse pure CO2 as a marketable by-product

• Avoid landfill and legacy environmental issues

BACKGROUND OF THE INVENTION

In the quest to attain a Global Zero Carbon Emission, a method of Pole Projection is installed at various points to suction out, extract, dilute and recycle the Carbon Emission from all Carbon emitting sectors. In some instances, the installation may require specialized staffs operating in the final removal of the stored Carbon Captures, which may in turn be regenerated. The Carbon Rid may also comprise of further functional display features, in order to detect the environmental recycling process with the help of Carbon Capture 'detecting a visible movement of the Carbon Emission within the area of installation and extraction.

Combating with the constant issues of Carbon Emissions, you would agree with me that for us to attain a Zero Carbon Emission, we would also want to look into our areas of emissions. With that, we have seen over the Decades that Carbon Burn Emissions, have been discharged into the Eco System through Various means. In the past years, industries and energy emission companies have often Channeled their Carbon Emission or having a Carbon Emission Footprint tracing to their Discharge of Constant Burn of Carbon, through the Sewage which in most times are channeled to the high sea or Lakes. While in other cases, we all are witnesses of our daily Air Burn Carbon Emissions ranging from individual automotive interests, with that we all contributes in various ways of Carbon Air Burn Emissions.

Addressing the issue with a Solution, I took into consideration of the various ways Carbon have been emitted so far, and as well as combating the issues with a solution at various emitting Points.

CLAIMS

Having a simulation where we are able to extract Carbon Captures, for a possible reuse on Energy Generation or Regeneration is a criterion we ought to Centralise on our Global Combat to Attain a Carbon Zero Net. On a Global Scale, you would agree with me that Carbon Emission has been a Major reactant causing Climate Change in our various Geographical Location. With the help of Carbon Rid, being able to Extract Carbon Emissions and possible Storage for a reuse, also we are able to regenerate revenues from the resell of Extracted Carbon Fussel Fuels as e-gas in our various Energy Generation and Automations. Three ways of combating Carbon Emission are:

Direct Air Capture

Sewage

Water Absorption Capture

DIRECT AIR CAPTURE

Direct Air Capture - In this section, i concluded that for us to be able to suction Carbon Captures from the Atmosphere, a pole Projection is required to lift the Combating Engine of the Carbon Rid to a considerable height e.g. 180 - 260ft . With that, living the suction engine area within an atmospheric pressure gives room for a direct air capture of any possible Carbon Captures within the area of installation. Hence there is a need for an obvious discharge of the Carbon Captures through the Exhaust of the Carbon Rid, we implemented a Suction Tube to connect through the Pole from the Point at rest to active carbon capture. The Suction Tube will be channelled to the Reserve Tanks of various projection, that way allowing for a possible Storage of the Captured Carbon for a possible reuse. The Combating Engine of the Carbon Rid has the ability to Detect Carbon Captures, able to suction air and divert Carbon Residuals through the Tube Channelling down to the Reserve Tank. Also, we are able to also increase and decrease the Carbon Air Suction Pressure. The Invention is to be integrated with Various operating units and also able to Calculate the Amount of Carbon Captures stored or detected over a period of time. Constant check and removal of the Captured Carbon is required by the Specialised Staffs of the Unit or it might be channelled to a long kinetic regeneration of Energy.

Fig 1; Direct Air Capture Neutral and Motion

Description:
PATENT APPLICATION

INVENTION: CARBON RID

INVENTOR: Endless Possible Tech

ABSTRACT

The invention relates to the recycling of Carbon Emissions from Manufacturing Industries, Energy Industries, Agricultural Industries, Transport Industries etc. These Carbon Emissions are harmful to humanity and all other inhabitants on earth.

For the handling of possible Carbon Emissions discharged by the industries and other Environmental Carbon Emissions e.g. Agricultural discharge and Natural Wildfires, Transportation in cases of Land and Air Combustion of Carbon Emitting Engines, a Carbon Rid is projected to extract and suction out Carbon Capture in our various Geographical locations, just as we have the Windmills and the Street Lights. The invention also relates to the Storage of Carbon Dioxide; hence the method is to recycle the Carbon Dioxide emitted into the environment by the industries and various sectors.

TECHNICAL FIELD

The Invention relates to the mechanism of recycling Carbon Dioxide, installed to carry out the predetermined tasks. The DAC system has four major unit operations that comprise a closed chemical loop, which continuously captures CO2 from atmospheric air, and delivers a purified compressed stream of CO2, using only water and energy as inputs.

Our Direct Air Capture (DAC) technology performs this by suctioning out from atmospheric air, then through a series of chemical reactions, extracts the carbon dioxide (CO2) from it while recycling the rest of the air to the environment. This is what plants and trees do every day as they photosynthesize, except Direct Air Capture technology does it much faster, with a smaller land footprint, and extracts the carbon dioxide in a pure, compressed form that can then be stored underground or reused.

The invention will help to;