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Involvement of Machine Learning, Real-time Data Analysis and IOT are critically contributing factors in contemporary technical scenarios. Utilization of these three technologies can play a major role in the success of farming thereby modernizing the irrigation system. This paper is focused on the Smart Irrigation System which draws a lot from real-time data analysis, IOT and Machine Leaning. It also presents a study of a system that processes real time data and takes decision about to what extent the field needs to be irrigated. In this way water is saved, its misuse regulated and can be restored for future use if required. Here we rely on cloud data and some other agri-factors which help in decision making. The Smart Irrigation System discussed here shall also regulate the use of underground water my incorporating IOT and weather forecast. The system will also contribute to effective irrigation taking in view the contemporary weather conditions and the requirement of water in the crop.

Green energy has led to an increase in biogas plants and consequently to an increased use of organic waste. Kitchen wastes are reliable because of their potential to yield methane. Biogas is a combustible mixture of bio-methane typically 50–75%, carbon (IV) oxide and also other trace gases. By monitoring the system with an indicator of digester behaviour and various parameter sensors, the plant can be operated successfully. For the increased performance, temperature is an important factor. Solar assisted biogas generation system offers several benefits. Thus, by increasing digester temperature using solar aided biogas is recommended to obtain higher amount of biogas yield. Reasonable pH moisture is vital for a fruitful anaerobic digestion course. Small particle sizes, suitable mixing of waste and water ratio are important factors too. This paper presents aspects of biogas plant with a smart system to monitor the system and enhance biogas production. It emphases on effective robust indicators, applicable monitoring methods. The details and facts presented here intend to boost and to foment biogas via anaerobic digestion. This is also beneficial for the development in research of biogas monitoring and management system.