CO2-Reducing Golf Ball with Frangible Microcapsules
Find Innovative SolutionsGenerate Solutions
Solution Overview
Problem
The golf ball industry has a high environmental impact due to energy-intensive manufacturing and material usage, and existing technologies have not effectively enabled golf balls to reduce greenhouse gases, with most efforts only achieving carbon neutrality rather than reduction.
Innovation Solution
Incorporating carbon dioxide absorbents like alkaline hydroxides or oxides within a polymer matrix in golf balls, which react with atmospheric CO2 upon impact, allowing the golf ball to absorb and reduce CO2 levels, and implementing methods to encourage their use through rewards based on usage.
Engineering Contradictions & Design Principles
Engineering Contradiction Analysis
1Object-affected harmful factors
If carbon dioxide absorbents are encapsulated in frangible microcapsules within a golf ball, then the golf ball can reduce atmospheric CO2 levels through use, but the device complexity and manufacturing difficulty increase
Solution Approach 1:
The golf ball is segmented into multiple functional layers (core, intermediate layer, cover layer) with carbon dioxide absorbents specifically placed in the cover layer. This segmentation allows the ball to maintain structural integrity while enabling CO2 absorption functionality in the outermost layer that contacts the atmosphere during use.
Solution Approach 2:
Frangible microcapsules containing carbon dioxide absorbents are embedded within the cover layer polymer matrix. These microcapsules act as flexible containment structures that remain intact during normal use but break upon impact with the golf club face, releasing the absorbent material to react with atmospheric CO2.
2Object-affected harmful factors
If carbon dioxide absorbents are placed in the golf ball cover layer, then CO2 absorption occurs during driving, but the manufacturing precision and material impermeability requirements increase
Solution Approach 1:
The cover layer is formulated with specific polymer materials that provide both structural integrity and controlled permeability characteristics. Carbon dioxide absorbent microcapsules are dispersed throughout the cover layer matrix, creating localized absorption zones that maintain overall ball performance while enabling CO2 reduction functionality.
Solution Approach 2:
The golf ball utilizes composite material construction with a core, intermediate layer, and cover layer made of different polymer materials. The cover layer specifically incorporates carbon dioxide absorbent microcapsules within its polymer matrix, creating a composite structure that combines the mechanical properties of the base polymer with the chemical reactivity of the absorbent materials.
3Loss of energy
If the golf ball is designed to be carbon neutral using non-petroleum based materials, then atmospheric CO2 increase is prevented, but actual CO2 reduction capability is not achieved
Solution Approach 1:
The golf ball design converts the previously neutral or harmful aspect of golf ball manufacturing and use into a beneficial CO2 reduction mechanism. By incorporating carbon dioxide absorbents that react with atmospheric CO2 during normal golf ball use (driving), the ball actively removes CO2 from the atmosphere, transforming the golf activity from carbon neutral to carbon reducing.
Solution Approach 2:
The golf ball performs CO2 absorption autonomously during normal use without requiring external intervention. The frangible microcapsules break upon impact with the golf club face during driving, automatically releasing the carbon dioxide absorbent material which then reacts with atmospheric CO2, making the ball self-sufficient in its environmental function.
Applied Scientific Principles
This section explains which scientific principles are used to turn an abstract innovation direction into a practical engineering solution.
Function Achieved in This Case
The golf balls effectively reduce atmospheric CO2 levels, making golfing a greenhouse gas-reducing activity, and the reward system incentivizes their use, promoting environmental impact.
Implementation Method 1
a carbon dioxide absorbent selected from the group consisting of alkaline hydroxides, alkaline oxides, alkali hydroxides, alkali oxides, and mixtures thereof; the carbon dioxide absorbent being encapsulated within a plurality of microcapsules
Implementation Method 2
the plurality of microcapsules being frangible, such that at least one microcapsule of the plurality of microcapsules breaks as a result of a force applied by a golf club face to the greenhouse gas reducing golf ball during a drive
Implementation Method 3
the plurality of microcapsules being dispersed within a polymer matrix, the polymer matrix constituting a structural component of the greenhouse gas reducing golf ball
Implementation Method 4
an intermediate layer substantially surrounding the core, the intermediate layer being substantially impermeable to water
Data Source
AI summary
This disclosure provides methods for encouraging golfers and other users to use greenhouse gas reducing golf balls. Greenhouse gas reducing golf balls may include carbon dioxide absorbents, in order that the golf ball may reduce atmospheric carbon dioxide levels to aid in alleviating global warming. The methods may include determining a degree of usage of a used greenhouse gas reducing golf ball, and awarding a reward to a user based on the degree of usage. The methods thereby promote the use of certain greenhouse gas reducing golf balls instead of conventional golf balls, and encourages the reuse of those greenhouse gas reducing golf balls.