Most countries have or develop regulatory framework for biogas. The market worldwide will reach over 50 billion US $ by 2030 for plant builder, operator and supplier. Furthermore there is development for the cities and rural areas to have a new source of income, new jobs, new industries and profit. In the future local energy distribution concepts, for electricity, heat, cooling; and fuel biogas will play an important and efficient role.
Biogas can be produced from a wide variety of available organic materials and wastes, including sewage sludge, animal manure, municipal/industrial organic waste, parts from ethanol production, crop residues, and specially grown energy crops and more.
This study is the only research worldwide for biogas plants in 50 countries with the potentials and developments to 2030, with the markets, technologies and competition worldwide.
Our extensive experience can help you avoid mistakes and unpleasant surprises: our involvement in the development and implementation of this technology goes as far back. Moreover, we have the advantage of a lively exchange of expertise with various Research and Development institutes, as well as of being a member of the United Biogas Association. Our services range from general consultancy and preliminary studies to the construction of entire biogas plants and technical support on their operation. In our biogas laboratory we conduct fermentation tests and all complementary analyses. As an independent engineering company, we are not bound to any specific manufacturer or technology. Thus we are able to develop the optimal technical and economic solution for any particular client. Our clients come from the agricultural sector, industry and local administrations, and our activities spread throughout the globe.
•Studies and concepts
•Assessment of economic viability and profitability
•Planning, construction and commissioning
•Fermentation tests in the KSET Biogas Laboratory
•Research and Development
•Online measurements and operation control of biogas plants
•General consultancy and assistance to operators
•Training and specialization courses.
We offer Technical Consultancy on the Size and design of the digesters, along with the supply of world class Bio gas Holders. We have 5 Star hotels, College Hostels, Restaurants/Hotels, Canteens of Industries/Mills, where the food left overs/wastes are converted into gas(which again is used for cooking) and organic manure is the by product one could get after harnessing the biogas in the anaerobic digester.
We introduce an innovative ready-made biogas plant that is easy to transport, install and use. The idea and the product have been the natural result of thoughts and researches for real-time solutions from the ever-growing issue of waste disposal. Getting rid of waste has been a constant problem that most of us face. It is interesting that this nasty waste can be converted to useful biogas and fertilizer by installing simple biogas plants. The working principle is natural and simple. When any biodegradable substance decays in the absence of Oxygen, combustible gases (methane) are released. These gases are called biogas and are fine substitutes for L.P.G. The bye products of the process are excellent fertilizers rich in N.P.K that can nurture flower gardens and vegetable farms. It is simple in design consisting of a decay chamber, a gas collector and PVC tubing for waste inlet and outlet. The entire process is completely natural and safe. Any decomposing waste may be fed to the plant. Typically, remains from the kitchen, night soil, bird or animal droppings, vegetable/fish/chicken/meat market waste, etc. become feed material depending on availability.
Comprehensive experience in increasing the efficiency of biogas plants by means of the bio-technical servicing and objective of process optimisation is the main project which is now concentrating by our bioscience engineers. In order to achieve this aim, the bioscience team in collaboration with MCET has well equipped laboratory facilities. We have established labs for
Our labs are equipped with most modern instruments.
In both agricultural biogas plants and in the anaerobic phase of waste water treatment plants, organic substances are fermented by micro organisms. For an optimum degradation performance, microbes need energy which they obtain from the utilization of polysaccharides, lipids, and fats. Now our team is working on how to increase the reproduction rate and the biological activity of these anaerobic bacteria. We are mainly concentrated on how to increase the gas production by introducing new GMO,s.
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KSET Domestic Biogas Plants produce renewable fuel from organic biomass (kitchen waste) and are primarily used in developing countries and rural areas as an alternative to using fossil fuels, whose combustion contributes to global warming. Biogas is a carbon neutral fuel that is produced when bacteria degrade biological material in the absence of oxygen, a process known as anaerobic digestion, or fermentation of biodegradable materials such as biomass, manure, sewage, or municipal waste. The fuel consists primarily of methane (CH4 or natural gas) and carbon dioxide (CH4) mixed with trace gases and can be used to generate electricity for cooking and heating when it is burned.
The ability to capture methane and use it as a fuel source is important since methane is a significant contributor to global warming. Methane is 20 times more effective than CO2 at trapping heat in the atmosphere than CO2. Animal wastes are inherently anaerobic and release methane into the atmosphere during the process of decomposition unless they are managed. Through the use of domestic biogas plants, the natural generation of methane can be captured and used as a clean, non toxic fuel source. Furthermore, the use of methane as a fuel source will offset the need for fossil fuels. Switching from fossil fuels to biogas will result in CO2 emission reductions as half of the green house gas emissions being released into the atmosphere are from CO2 from fossil fuel combustion.
Benefits and Advantages
KSET Biogas plants have numerous advantages for household and community users. First, biogas doubles as both a cheap fuel source and a sanitation device for waste. Also, the decentralized biogas systems allow waste to be treated near the production source and sludge to be reused locally, which minimizes transport and initial capital cost compared to a centralized system. In addition, biogas can replace the use of wood for fuel of indoor stoves. Since biogas burns without smoke and is nontoxic, when it replaces wood as a fuel source, it can prevent respiratory distress and disease. Furthermore, the relatively cheap cost of domestic biogas plants has lead to the widespread adaptation in developing countries which allows rural people to have access to renewable fuel sources. For example, in 2005, China had 17 M digesters and 50 M rural people were benefitting from biogas plant production globally. We are represented in India, Ghana, Zambia, Russia , Vietnam , Cambodia and Madagascar.
We supply high quality proven technology by our engineering team for the mesospheric anaerobic fermentation of organic agricultural wastes in above-ground complete mix systems. We, supplies the customer with the best available technology through different partners, which meet the specific and individual project needs. The partners are leading manufacturers in their respective technology fields and can therefore ensure that the technology provided reflects many years of manufacturing experience and a proven track record in their application. It is the objective of the r&d members and technicians to extract the highest possible energy yield from the minimum level of bio gas plant material the business division is separated into three distinct sectors providing comprehensive project development support. Providing high-quality and proven bio gas technology to home scale to institutional scale. Providing high-quality and proven waste water recycling systems for industrial need. kset provides proven quality products and services from home scale (domestic) to institutional sectors to help solve the respective organic waste management and nutrient management needs, while also addressing environmental compliance and decentralized energy production issues.
KSET plants are environmentally-friendly, have a high quality finish and a very good cost-effectiveness ratio. They are low in odour, reliable, easy to maintain and provide high gas output with comparatively low operating costs the true degree of effectiveness of bio gas plants and consequently their profitability is in the maximum possible utilization of annual hours of full capacity use. Procurement of highest-quality components reduces downtime to a minimum. Profitable bio gas plants provide additional yield from constant full capacity running with cost savings achieved from a low degree of downtime. In this way, it is possible to achieve a working life of 20 years or more with a bio gas plant conducting multifaceted energy and environmental research and development program has been a central responsibility at kievnov r&d since its inception in 2001. Kievnov’s R&D program supports the development and commercialization of innovative energy and environmental products, technologies, and processes that improve the quality of life for global citizens and help businesses to compete and grow in the global economy. Kievnov’s R&D program has been instrumental in attracting new businesses, enabling companies to expand, retain and create new jobs, and increase profitability for many businesses across the globe. Our R&D activities are organized into seven primary program areas energy resources transportation and power systems energy and environmental markets industry buildings transmission and distribution environmental research clean energy business partners.