How Can Waste Be Made Useful? Lab Report Example

Introduction

The use of waters in chemistry is diverse especially in the recovery of waste. A waste in this context refers to the insoluble products in chemical reactions. Typical chemical reactions that yield insoluble products are known as precipitation reactions. In the reactions, two compounds are involved in a reaction that yields a precipitate. The precipitate is insoluble and represents the direct result of combination of elements. Other results of wastes may yield electrolytes. These are given solutions that have electrical properties. Their interaction with electrodes may be used to produce electricity. Interaction of electrodes and electrolytes produces steady streams of current. The first step in realising the wastes is the identification of reactants. A selection of acids, bases and similar aqueous solutions determines the products realised.

Effective separation of the solid from the rest of the products is crucial. The purity of the solid is determined by the method used to generate it and the mode of separation. The solids resulting from the reaction have to be ascertained in terms of mass. The determination of the mass of the solid is crucial in mass-specific utility. In some cases, precise measurement of the mass of the solid involved is crucial because moles of compounds vary depending on the mass of solids in solutions. In the first instance, it is crucial to determine which compounds would yield a precipitate when combined. The application of the solid in useful cases boils down to the method of production. In this experiment, production of perceived wastes is assessed to determine the viability of the usefulness of the products. Concisely, all wastes have valuable application depending on the volumes produced and the sustainability of the production.