We are excellent
The renewable energy sources, in practice, are the energies of the future because it does not wear off within a time comparable with human activity and that generate, come from nature and are therefore called clean energy
The technology we use has been developed through a series of collaborations with highly specialized companies in the field.
Microalgae cultivation has been chosen because it is linked to the production of fuel oil and biodiesel, which allows a significant reduction of CO2 emissions compared to fossil fuels.
Inteng is can also an EPC – Engineering Procurement and Construction Manager
What We Do
The renewable energy sources, in practice, are the energies of the future because it does not wear off within a time comparable with human activity and that generate, come from nature and are therefore called clean energy. In fact it is exploited as the sun, wind, water or soil to produce energy. The use of these sources is most precious, you create energy while minimizing environmental impact. It preserves the nature in respect of future generations and, moreover, should not be underestimated, limited production costs and distribution of energy.
In line with the New Energies we cover: Design of photovoltaic systems for residential use civilian structures of considerable size such as hotels, hospitals, restaurants, sports centers; Design wind farms; Upgrading the energy efficiency of urban areas and industrial complexes Energy savings for buildings Thermal and acoustic insulation of buildings, energy audits for industries and public administrations
The biological waste and plant materials are often underestimated. Exploiting this waste efficiently and professionally, it can be transformed during their disposal, in fine compost, while producing heat and electricity. In this way the treatment works of waste become profitable investment for plant operators and for the disposal companies.
The principle is simple: in the absence of air, biological waste, after inoculation with material already fermented, they begin to ferment and form valuable biogas. The process is a process of fermentation phase in batch mode.
The electricity produced is fed into the power grid and remunerated at local rates. The residual heat serves only modestly for the operation of the plant itself. The majority of the thermal energy can be used outdoors, such as to feed a district heating network short or long range or for the drying of materials.
Residues of fermentation become a quality compost.
A part of the fermented material is used for inoculation of new biomass and returns back into the circuit
The demand for clean energy grows more and more because now you feel the need to reduce its dependence on fossil fuels, some roads provide proper use of waste. There are many strategies to turn waste into energy. An innovative strategy for transforming waste into energy provide gasification processes with the production of biogas. Waste is an excellent border for clean energy. The process of organic waste becomes a closed circuit. It starts from the raw material of agricultural products to go to the kitchen and then the refusal. The rejection becomes the fuel to power gasification plants that convert it into clean energy and compost.
This process greatly enhances the farms, especially those that are breeding and have big problems of disposal of sewage. Biogas plants in fact feed on both food waste is organic waste. In this way the farmers can reduce the costs of disposal and electricity. Strong incentives come from the government for the adoption of this new source of clean energy as it represents an opportunity for development not only for agriculture but also for the entire country. The energy from waste improves the environment and thus our food.
The development projects of the Smart City are generating new revenue and new business opportunities and focus mainly in the transport sector. Smart management of urban transport services is generating the creation of new data and as a result, new opportunities for the use of these data, and growth prospects for companies that offer open data platforms, software analysis of big data and cloud computing . The study, carried out with the objective of analyzing the type of investments made to date and steering business toward the best future opportunities, has considered three areas: transport, energy and public management of water. Most of the investment is attracted to smart mobility systems and infrastructure for the management of energy. Smart mobility is receiving a strong push by both local authorities and operators of public transport services. The market for intelligent transport systems (ITS) it is growing in major European cities and there are signs of continued expansion.
From an economic standpoint, a city is considered “smart” if it takes advantage of the benefits of the opportunities offered by ICT to increase local prosperity and competitiveness. Then we reason about creating cities with characteristics that attract new businesses, appearance is a turn associated with the planning of the region to which the city belongs, which must likewise be made intelligently follow the same approaches of smart cities.
The theme of the Smart City is so complex and fascinating, and it will be one of the main areas of research and development in the coming years. The city will stand between them so perhaps more pronounced than is the case between the respective countries, and in this process will be increasingly important activity and the direct participation of individual citizens for the decisions to be taken and measures to be implement in their city. The exit from the economic crisis and the improvement of living conditions of all passes here too.
To save energy is the application of various techniques to reduce the consumption of energy necessary for the performance of human activities. The savings can be achieved either by modifying the energy processes in such a way that there are less waste, both transforming energy from one form to another more efficiently, in which case one speaks of energy efficiently.
MNM Energy is specializes in energy saving of old and new buildings and comes with software for the energy certification and verification of energy performance of buildings, the ultimate solutions for the preparation of the qualifying energy (AQE) and the Energy Performance Certificate (EPA) under the Legislative Decree no. 192/05 and the UNI / TS 11300: 2014.
The evaluation of the energy savings is usually by an energy audit that shows the consumption of the organization and identify areas for interventions to achieve increased energy efficiency. The diagnosis should be performed according to the UNI CEI / TR 11428: 2011.
The energy audit is one of the key components within a program of energy efficiency and its importance stems from the fact that is used to establish the parameters for the measurements to be made. It is also the first step for organizations that want to certify its energy management system according to UNI CEI EN ISO 50001: 2011
Home automation is often called “intelligent” because it is able to change the configuration of his equipment as a function of internal and external variables. Not only that, the home automation system is also an integrated system able to manage in a coordinated manner the functions traditionally performed by individual devices, such as switches, thermostats, video phones, and alarm systems.
The home automation system can have different levels of complexity, depending on the number and type of devices to be controlled, such as light fixtures, blinds and / or shutters, doors, audio-video (stereo, screens, televisions, set-top box, recorder ), air conditioning and / or heating, video entry system and video surveillance, burglar alarm system, irrigation system, circulating water and pool heating, awnings, gate and garage.
The cost of a building is to be measured throughout the life cycle: today over the incidence of the purchase consideration should be given also the operating expenses that have a significant impact.
With home automation solutions can be realized housing to live in comfort, using only the energy they need, improving the energy rating of the building, increasing therefore its economic value
Numerous studies have shown that visualization of consumption helps the user to change their bad habits and to take steps to improve them.
The consequences of this pro-active approach was evaluated in a savings of 10/15%. The system provides the customer with instantaneous data and accumulated on the touch screen, in the form of graphs and tables that facilitate the interpretation, as well as a quantitative assessment of the economic cost. The customer producer of electricity and hot water can also view the parameters of the production of photovoltaic panels or panels for solar thermal
With home automation you can also manage and monitor the power consumed by unplugging appliances controlled in the event of overload, compared to the maximum contract. The system makes it possible to set the timing for activating the loads at preset times to postpone the operation for periods with low energy costs.