The carbon burning is a practice which is attributive to global warming and similarly the solar heaters are also affecting the environment with harmful means to body organs because of charged sub-atomic particles. The burning fire is harmful to body in that it can cause suffocation and respiratory problems, while electric heaters and ACs are similarly health problematic to bring dehydration of body and the disease of respiratory system like asthma. The demand of the doctors and heat basking consumers is the kind of heating system which means to be without dehydrating, blood clotting and suffocating effects on body. For this purpose a self-generation of heat energy is required which should not need fire, electricity, chemical reaction process, rather than the physical change mechanism had nothing to do with a pollution of environmental construct. The design of such a prospective facility for both health and global milieu has been made feasible after four year serial researches of this present author.
The heater had without the use of fire and electricity may be manufactured by virtue of exothermic reaction between inorganic chemicals which will pollute respiratory system through surrounding atmosphere of a room, besides its very expensiveness. A flameless ration heater, or FRH, according to general report from Administration, is a water-activated exothermic chemical heater included with meals, ready-to-eat, that is used to heat the food. US military specifications for such an easily portable heater require the same as being capable of raising the temperature of an eight-ounce (226.8 g) entree by 100 °F (56 °C) in twelve minutes, and that it has no visible flame.
Inhaltsverzeichnis (Table of Contents)
- Background
- Problem Statement
- Theory
- Objective of the research
- Discussion
- Experimentation
- Conclusion
- Personal Recommendation
Zielsetzung und Themenschwerpunkte (Objectives and Key Themes)
This research proposes a new concept for a heater that utilizes an exothermic reaction between inorganic chemicals, aiming to create a safe and efficient heating solution with minimal environmental impact. The research investigates the feasibility of this concept, analyzing its potential benefits and drawbacks.
- Development of a novel heating system utilizing exothermic reactions
- Evaluation of the safety and environmental impact of the proposed heater
- Exploration of the chemical and physical mechanisms behind the heat generation process
- Comparison of the proposed heater with existing technologies, including traditional fire-based, electric, and chemical heating methods
- Analysis of the potential applications and commercial viability of the proposed technology
Zusammenfassung der Kapitel (Chapter Summaries)
- Background: This chapter discusses the limitations of existing heating technologies, highlighting their environmental impact and health concerns. It presents the need for a new heating solution that is both safe and environmentally friendly.
- Problem Statement: This chapter outlines the specific challenges associated with current heating methods and defines the problem that the proposed research aims to address.
- Theory: This chapter delves into the theoretical principles behind the proposed heating system, explaining the chemical reaction process and its potential for heat generation.
- Objective of the research: This chapter clearly defines the specific research objectives, outlining the key questions and goals that will be addressed in the research.
- Discussion: This chapter presents a detailed discussion of the proposed heater design, its working mechanism, and potential applications. It also explores the scientific literature and existing research on similar technologies.
- Experimentation: This chapter describes the experimental methodology used to test the proposed heater, including the materials, procedures, and data analysis techniques employed.
Schlüsselwörter (Keywords)
The main keywords and focus topics of this research include exothermic reactions, inorganic chemicals, heat generation, environmental impact, safety, heating technologies, magnesium-iron alloy, galvanic cell, oxidation-reduction reaction, and sustainable heating solutions. This research investigates the potential of these concepts to develop a new and innovative heating technology.
- Quote paper
- Dr. Roshan Adhikari (Author), 2019, Heater at Less Cost, Rather More Benefit. A Concept Proposal, Munich, GRIN Verlag, https://www.grin.com/document/465422
