MIDF

Textile material characterization, production optimization of process parameters as well as new construction textile materials.

Description:

Investigations of various mechanical and other physical properties of textiles and determination of their dependence on structure parameters are carried out. The technological parameters of textile production are investigated and optimized. New textile materials are created according to their functional or aesthetic requirements.

Emission testing and reduction in combustion products

Description:

In the combustion process research laboratory, combustion process studies are carried out to find ways to reduce the quantities of emissions into combustion products by primary means. This is particularly relevant for reducing nitrogen oxide emissions. The Multilaizer and IMR-based smoke analyzers in the laboratory are carried out by measuring the oxygen content of O2, carbon monoxide CO, nitrogen oxides NOx and sulfur oxides SO2 in combustion plants.

Biofuel and other fuels energy study

Description:

Perform research on the energy properties of various biofuels and other fossil solid and liquid fuels. The upper calorific values are determined by the laboratory devices and further, according to the standards, are re-calculated to the lower calorific value of the fuel. In this way, the analysis of ash content and the analysis of dry matter content are carried out.

Effective using of thermal energy

Description:

With the improvement of technological equipment and process management, with increasing energy resources, increasing attention is paid to increasing heat energy efficiency, waste heat recovery, and the recovery of heat energy from renewable energy sources. This reduces production costs and improves the competitiveness of enterprises.

Feasibility study on the development of new textile technologies and materials

Description:

Feasibility study on the field of applied research and experimental development in the field of textile, in which 10-30 sheets (depending on the complexity of the object and / or number of objects) will be conducted. Technical feasibility study - analytical work aimed at evaluating the planned implementation of the R & D project technological and / or commercial viability

Development of innovative transport systems for logistics centers

Description:

Designing and managing algorithms for innovative logistics centers for automated cargo transportation systems to increase order picking system. Production - Human performance. The simulation modeling methods and the AutoMod program are applied to the research, the methods of multivariate regression and dispersion analysis are used for the analysis of modeling results and system efficiency indicators

System Vehicle / Driver / Environment Element Interoperability Models

Description:

Generating universal "vehicle-driver-environment" dynamic models that comprehensively assess the dynamics of individual vehicles and their groups in traffic flows. Estimates of environmental pollution, noise, energy consumption parameters, relevant for the assessment of infrastructure and / or vehicles / vehicles in predicting the development of the transport system. The models are revised to investigate vehicle loads and materials used to ensure the reliability of vehicles.

Determination of aerodynamics and flight dynamics of aircraft and unmanned aerial vehicles (UAV)

Description:

Theoretical and experimental investigations of various types of aircraft (UAV's, gliders, airplanes, missiles) are carried out, including theoretical and experimental investigations of critical modes (flats), estimating the forms and frequencies of the oscillations of aircraft structural elements. Using computer simulation and experimental methods, the strength, stability and reliability characteristics of aviation and rocket structures developed from solid and composite (composite) materials are investigated.

The use of algae in energy and the production of third-generation biofuels

Description:

The purpose of feasibility study is to evaluate the conditions for the efficient use of CO2 from Lithuanian energy companies for the production of algae and their further processing into biodiesel and other valuable products. Works include: 1. Analysis of the energy balance of algae cultivation and recommendations for its optimization. 2. Assessment of the suitability of biofuels made from algae for use in internal combustion engines. 3. Solving the issues of the use of efficient production waste.

Industrial plant energy audits

Description:

Energy audits are carried out at the industrial enterprises in order to explain the irrational use of energy in a variety of forms (heat, electricity, compressed air, water, etc.) (due to outdated technology, inefficient process, poor energy management, etc.) and to propose measures for the company's energy farm modernization. According to the methodology approved by the Ministry of Energy of the Republic of Lithuania, about 20-40 pages are prepared. document adding the required attachments. The purpose of audit work in technological processes and equipment is to assess the energy and water losses in technological processes and equipment and to provide technical organizational measures for reducing energy and water losses.

Optimization of heat supply networks

Description:

Heat supply networks were set up in the cities of the country 30-40 years ago, due to the fact that due to cheap energy resources centralized heat supply was applied both to heating the residential sector and to supply heat to industrial enterprises. In recent decades, due to the difficult economic situation, the contingent of consumers has changed and diminished, but heat supply networks in many areas have remained little changed. Upgrading the heat supply networks requires as accurately as possible to assess the needs of existing consumers and the dimensions of the new pipelines, thus ensuring a minimum operating cost in the future.

Research of dynamics and energy efficiency of vehicles with alternative fuels and hybrid power plants

Description:

Creates a model for determining the energy consumption, which allows us to evaluate the technical parameters of vehicles, the number of passengers, the state of the road and the geometry of the vehicle, as well as the traffic flow characteristics. Algorithms for determining power needs and energy consumption are set up. Particular studies of vehicle movement parameters, flows and geometry are performed. Methodology is created.

Research, development and modernization of refrigeration and heat pump systems and its components

Description:

In industrial and household refrigeration systems, about a quarter of all electricity is consumed, therefore the improvement of these systems has always been and will remain an urgent task. Today, the industry faces new challenges in the area of ​​protection of the ozone layer and the limitation of greenhouse gases. The main challenge for the refrigeration industry today is the transition to organic refrigeration agents, since F-gas will be banned after four years. Research and development of such systems is the field of competence and competence of research groups (V. Dagilis, L. Vaitkus, A. Balčius). The result will be 15-30 pages. technical feasibility study to evaluate the efficiency of the compressor under investigation, the effect of technical solutions on efficiency, using numerical compressor simulations.