To generate the energy from waste materials for air conditioning system by using water vapour incorp

Scientific Journal of Impact Factor (SJIF): 5.71

e-ISSN (O): 2348-4470 p-ISSN (P): 2348-6406

International Journal of Advance Engineering and Research Development Volume 5, Issue 03, March -2018

TO GENERATE THE ENERGY FROM WASTE MATERIALS FOR AIR CONDITIONING SYSTEM BY USING WATER VAPOUR INCORPORATION SYSTEM 1

AZHAR WAHAB, 2NARAYANDAS PRATAP,

1

2

(Department of MECHANICAL, JNTUH College of Engineering Manthani, INDIA (Department of MECHANICAL, VIGNANA BHARATHI INSTITUTE OF TECHNOLOGY, Hyderabad, INDIA)

ABSTRACT- Given that the environmental changes and the atmospheric deprivation, in conjunction with the explanations akin to excessive vigour loss and fee explanations, the emission from the exhaust of an auto is emphasised on closely. Out of the entire to be had sources, the interior combustion engines are the main consumers of fossil fuel worldwide. Carbon dioxide popping out of every car’s tailpipe is a greenhouse fuel. Simply nowadays, the complete warmness vigor supplied to the engine inside the type of combustible gasoline, roughly, 35% to forty% is transformed into productive mechanical work; the remainder vigour within the style of warmness is expelled with the aid of the exhaust gases and engine cooling programs, resulting in the rise of entropy and extreme environmental air pollution, therefore there may be a requirement to make use of this waste warmth from the automobile into priceless work output. The refrigerating gadgets that are being at this time employed in the car are of Vapor Compression Refrigeration process (VCRS). The predominant hindrance of this approach is that it makes use of power immediately from the engine shaft to power and run the drive of the compressor of the refrigeration system; accordingly the engine has to supply extra power to run the compressor of the unit, as a consequence utilising gas. The power loss from the automobile will even be utilized to function the Vapor Absorption Refrigeration method, consequently reducing the immoderate work applied by way of the engine. Keeping this in intellect, this paper explores the possibilities of making use of the VAC in relocating cars.

Keywords- carburetor, engine test rig, gear ratio, load, two stroke petrol engine.

1. INTRODUCTION: This curiosity has influenced research and progress efforts within the area of substitute power sources, and the use of the commonly wasted varieties of vigour. Because the gas costs continues to give a boost to, the relevance of amazing power administration is obvious to businesses in every single position, from the smallest challenge to the largest multinationals. The methods and systems adopted to reinforce power utilization will range counting on instances [1]. Nevertheless the elemental standards of lowering vigor cost relative to productivity can be equal. An enormous number of trade tactics overlaying most industrial sectors use giant portions of vigour within the type of warmth, which can be rarely effective. Strictly speakme, all varieties of vigor are derived fossil from sunlight. Nevertheless, almost always the most traditional types of energy-fossil fuels acquired their sun enter ones agenda have changed their traits in order that they are now in a greatly cantered form. On account that that it is obvious that these stored, targeted energy varieties are now getting used at this kind of fast cost that they are going to be depleted inside the no longer-too a ways away future, we must to offer a big aspect to our power wishes not from saved, however from non normal sources as soon as manageable. Vigour is outlined in classical thermodynamics because the potential to do work. In our India vigour is currently derived from four main sources petroleum, customary gasoline and common gasoline drinks, coal and wooden. Waste warmth therapy system is the first-rate method to recuperate waste warmth and saving the fuel. However that there are more than a few systems the place the emf is precipitated with the aid of instantly often called the ocean beck result or indirect approaches corresponding to Rankine cycle, Stirling cycle and refrigeration cycles. The reward work discusses the exhaust gasoline warmness healing for I. C engine utilising a vapour absorption refrigeration system. In a Vapour absorption refrigeration system, a physiochemical procedure replaces the mechanical approach of the vapour compression refrigeration system by using utilising vigor within the style of warmness then again than mechanical work [2]. The warmth required for going for walks the vapour absorption procedure may also be obtained from that which is wasted in to atmosphere from the engine.

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International Journal of Advance Engineering and Research Development (IJAERD) Volume 5, Issue 03, March-2018, e-ISSN: 2348 - 4470, print-ISSN: 2348-6406 2. PREVIOUS STUDY: Ahmed Ouadha and Youcef EI-Gotni have examined the feasibility of waste warmness restoration (WHR) from marine diesel engine to run NH3-H2O VAR system. A convenient mathematical mannequin is used for calculation and analysis of the technique utilising essential thermodynamic adored ones participants. S. Bux and A. Tiwari have proposed vapour absorption headquartered vehicle AC engaged on waste warmness of 25kW Kirloskar make, four cylinder diesel engine. A plate warmth exchanger is used to make use of warmness of exhaust gases for working of LiBr-H2O VAR process. Ok. AlQdah has studied experimentally, the feasibility of utilising waste exhaust vigour to design generator and absorber. It has been stated that the experiment on four cylinder diesel engine offers COP of zero.Eighty 5 to 1.04 with skills of 1.37 TR. S. Prabhakar et al used NH3-H2O VA approach for zero.Forty eight TR competencies with designated COP of zero.22 and reached usual state of 130C after 3hrs. S. Lakshmi Sowjanya studied the usage of vigour from the exhaust fuel of IC engine to vigour a VAR process to air an traditional passenger auto. A preheater is employed to make use of the cooling water warmness for preheating the NH3 resolution flowing from absorber to generator. Thermal evaluation of condenser and evaporator is finished in ANSYS for Al alloy 204 and copper. An exploration has been complete by means of using A. Pathania and D. Mahto to gain knowledge of the chance of WHR to run AC process of the auto. A three fluid VAR approach is proposed. Air finned compelled convection condenser and evaporator and shell and tube form generator is recommended.

G. Vicatos et al have applied experimental collect advantage of on VAR cycle of potential 2.18kW utilizing waste heat of Nissan 1400 truck attaining COP of 0.09. The mannequin is established with the support of each and every lab and avenue assessments. S. Mathapati et al have theoretically evaluated LiBr-H2O based VAR procedure making use of exhaust warmness of engine. It can be located that the exhaust worthwhile vigour is round 5kW and the estimated cooling load is 1.9kW. The sizzling, compressed vapour is then within the thermodynamic state known as a superheated vapour and it can be at a temperature and pressure at which it could be condensed with each and every cooling water or cooling air. That sizzling vapour is routed by means of a condenser the location it's cooled and condensed correct into a liquid with the help of flowing through a coil or tubes with cool water or cool air flowing across the coil or tubes. That's the position the circulating refrigerant rejects warmness from the approach and the rejected warmth is carried away by means of each and every the water or the air (whichever is also the case). The condensed liquid refrigerant, inside the thermodynamic state definitely referred to as a saturated liquid, is therefore routed via a spread valve the location it undergoes an abrupt reduction in strain.

That stress reduction outcome within the adiabatic flash evaporation of a part of the liquid refrigerant [3]. The autorefrigeration influence of the adiabatic flash evaporation lowers the temperature of the liquid and vapour refrigerant mixture to the situation it's chillier than the temperature of the enclosed discipline to be refrigerated.

3. METHODOLOGY: Absorption cycles produce cooling and/or heating with thermal input and minimal electrical enter, via using warmness and mass exchangers, pumps and valves. The absorption cycle is headquartered on the precept that absorbing ammonia in water causes the vapor stress to diminish. The fundamental operation of an ammonia-water absorption cycle is as follows.

Warmness is utilized to the generator, which entails an answer of ammonia water, rich in ammonia. The warmness reasons high pressure ammonia vapor to desorb the answer. Warmness can either be from combustion of a gas comparable to handyburning natural gas, or waste warmness from engine exhaust, different industrial tactics, sunlight warmth, or some other warmness provide. The excessive stress ammonia vapor flows to a condenser, frequently cooled by way of external air. The ammonia vapor condenses into a excessive pressure liquid, releasing warmth which can also be utilized for product heat, an identical to house heating. The high stress ammonia liquid goes through a restrict, to the low pressure part of the cycle. This liquid, at low pressures, boils or evaporates in the evaporator. This provides the cooling or refrigeration product. The low stress vapor flows to the absorber, which involves a water-wealthy resolution purchased from the generator. This answer absorbs the ammonia at the same time releasing the heat of absorption [4]. This heat can be utilized as product warmness or for inside warmness treatment in one of a kind materials of the cycle, accordingly unloading the burner and growing cycle effectivity. The solution within the absorber, now as soon as another time wealthy in ammonia, is pumped to the generator, the place it is equipped to repeat the cycle.

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International Journal of Advance Engineering and Research Development (IJAERD) Volume 5, Issue 03, March-2018, e-ISSN: 2348 - 4470, print-ISSN: 2348-6406

Fig.3.1. Working model.

Absorption refrigeration methods use a warmth deliver instead of average method of vigor to provide the power wanted to provide cooling. On this approach using condenser is not noted and an absorber is used alternatively of the condenser. The important thing strategies in an absorption refrigeration technique are the absorption and desorption of the refrigerant [5]. A simple absorption process has 5 foremost add-ons: the generator, the condenser, the evaporator, the absorber, and the reply warmness exchanger.

4. CONCLUSION: Inside the exhaust gases of motor cars, there's giant warmness vigour that could be utilized to energy an air-conditioning system. Utilizing a vapor absorption refrigeration procedure inside an auto as an air conditioner is not going to simplest diminish the fuel consumption of the vehicle nonetheless would additionally provide many exclusive benefits identical to the effectivity of the engine might not be lowered extensively. The low COP valued at is a sign that enhancements to the cycle are primary. As speedily as a secondary fluid identical to water or glycol is used, the aqua-ammonia combination appears to be a great candidate as a working fluid for an absorption auto air-conditioning method. This minimizes any expertise hazard to the passengers.

REFERENCES: [1] A. Ouadha, Y. EI-Gotni, (2013), Integration of an ammonia-water absorption refrigeration system with a marine diesel engine: A thermodynamic study, Procedia computer science, vol.19,754-761.

[2] S. Bux, A. Tiwari, (2014), Vapour absorption based automobile air conditioning using exhaust waste heat of diesel engine through plate and frame heat exchanger, VSRD international journal of Mechanical, Civil, Automobile and production engineering, vol.4,3,pp. 25-35.

[3] S. Wang, Motor vehicle air-conditioning utilizing the exhaust gas energy to power an absorption refrigeration cycles, University of Cape Town, South Africa, 1996.

[4] P. Srikhirin, S. Aphornratana, and S. Chungpaibul- patana, “A review of absorption refrigeration technologies”, Renewable and Sustainable Energy Reviews, vol.5, no. 343–372, 2001.

[5] G. Vicatos, J. Gryzagoridis, and S. Wang, “A car air- conditioning system based on an absorption refrigeration cycle using energy from exhaust gas of an internal combustion engine”, Journal of Energy in Southern Africa, vol. 19, no. 4, 2008.

[6] A. A. Manzela, S. M. Hanriot, L. C. Go´ mez, and J. R. Sodre´, “Using engine exhaust gas as energy source for an absorption refrigeration system”, Applied Energy, vol. 87, 2010.

[7] Colbourne, D., Ritter, T.J., 2000. Compatibility of Non-Metallic Materials with Hydrocarbon Refrigerant and Lubricant Mixtures. IIF-IIR- Commission B1, B2,E1 and E2 – Purdue University, USA

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International Journal of Advance Engineering and Research Development (IJAERD) Volume 5, Issue 03, March-2018, e-ISSN: 2348 - 4470, print-ISSN: 2348-6406 [8] Setaro, T., Boccardi, G., Corberan, J.M., Urchueguia, J., Gonzalvez, J., 2000. Comparative study of evaporation and condensation of propane and R22 in a brazed plate heat exchanger and a tube and fins coil. In: Proceedings of the Fourth IIR Gustav Lorentzen Conference of Natural Working Fluids, Purdue, USA, pp. 233–238 [9] Qin F, Chen J, Lu M, Chen Z, Zhou Y, Yang K. Development of a metal hydride refrigeration system as an exhaust gasdriven automobile air conditioner. Renewable Energy 2007;32:2034–52.

[10] Koehler J, Tegethoff WJ, Westphalen D, Sonnekalb M. Absorption refrigeration system for mobile applications utilizing exhaust gases. Heat Mass Transfer 1997;32:333–40.

ABOUT AUTHORS:

Azhar Wahab is currently working as Academic Assistant in Mechanical Department in Jawaharlal Nehru Technological University Hyderabad College of Engineering Manthani. He received M.Tech in Thermal Engineering from Jawaharlal Nehru Technological University, Hyderabad in 2014 and received B.E Mechanical from Deccan College of Engineering, Hyderabad affiliated to Osmania University, Hyderabad, India in 2012.

NARAYANDAS PRATAP is currently working as ASSISTANCE PROFESSOR in Mechanical Department in VIGNANA BHARATHI INSTITUTE OF TECHNOLOGY, AUSHAPUR(V), GHATKESAR(M), MEDCHAL DISTRICT. He received M.Tech in Thermal Engineering from Jawaharlal Nehru Technological University, Hyderabad in 2014 and received B.Tech Mechanical from SR College of Engineering, Hyderabad affiliated to Jawaharlal Nehru Technological University, Hyderabad, India in 2012.

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