Banana peelings, ipil-ipil leaves and minera free essay sample

Shining your shoes can be a messy process that includes chemical laden roducts; it also stains your hands and also has a harsh odor that never seems to leave your shoes. Commercial shoe polish have many chemicals which can affect our health like turpentine; especially our respiratory system. It is very essential to our daily lives, because it makes us presentable and neat in every way. But now, you can leave all that behind. This shoe polish is great to use for a quick and easy buffer for your favorite pair of shoes. You can easily make a natural yet inexpensive shoe polish that also works like commercial ones. In this experiment, we intend to make a t will be fast, easy and leaves no mess or any unpleasant odor. Polishing your shoes with this kind of shoe polish is a great way to reduce waste. You can have polished shoes without damaging your health neither the environment, leaving behind zero packaging waste. We will write a custom essay sample on Banana peelings, ipil-ipil leaves and minera or any similar topic specifically for you Do Not WasteYour Time HIRE WRITER Only 13.90 / page Using natural shoe polish as your shoe polish is cheaper and is more efficient than the other kinds of shoe polish. It is eco-friendly and is safe to use. Statement of the Problem: Is it possible to make a shoe polish out of banana peelings, Ipil-ipil leaves and baby oil? What is the component of each that consider them as one of the ingredient in making this shoe polish? Objectives To help the community in eco-waste management. To make a natural and affordable shoe polish that is comparable to commercially produced ones. To make banana peelings, ipil-ipil leaves and baby oil beneficial by using it as the main ingredient in making a shoe polish. Hypotheses We can make a shoe polish out of banana peelings, ipil-ipil leaves and baby oil because it all has this oil which can help the shoes to shine. Banana peelings have a slimy texture inside. It has this watery and oily content which can make the shoe to shine. It is also rich in potassium and potassium is great in leather. Baby oil from the ame itself, oil. It is known for its slippery texture and shiny appearance thats why it gives shine to the shoe. Ipil-ipil leaves have an extract which can get when it is pounded. And that extract helps the shoes to shine and maintain its quality. Significance of the study The study aimed to produce a cheaper and good quality shoe polish which is comparable to commercial produced ones. It is also eco-friendly and beneficial for eco-waste management program in the community. Background of the study: Banana is the common name for an edible fruit produced by several kinds of large herbaceous plants of the genus Musa. Bananas are said to be an excellent source of vitamin 86, soluble fiber, vitamin C, manganese, potassium. The peel has numerous long and thin strings. The fruit has been descried as leathery berry. Potassium was said to use to tan the leather. Banana peels have 30-40% tannin content. Potassium is used to treat and blacken the leather. Banana contains potassium that maintains the quality of the shoes. It has its own oil which is being sipped by the leather shoes making it shiny. Ipil-ipil is a small tree growing up 8 meters high. Leaves are compound, 15 to 25 centimeters long, with hairy rachis. Pinnae are 8 to 16, and 5 to 8 centimeters long. Leaflets are 20 to 30, linear oblong, and 7 to 12 millimeters long. Heads are solitary, at the axils of the leaves, long-peduncled, globose, and 2 to 5 centimeters in diameter, with many flowers. Flowers are whitish, in dense globue heads, 2 to 3 centimeters in diameter. Fruit is an oblong or linear pod, strap-shaped, 12 to 18 centimeters long, 1. 4 to 2 Mineral oil is a basic straight chain hydrocarbon and comes is various grades defined by the carbon atom count, which ranges from 18 to 30 carbon atoms. Mineral oil used in shoe products has a molecular composition of about C25H52 (25 annot have a pH value. In fact mineral oil is considered to be occlusive (a stop to moisture), whereas triglyceride base