You are kindly invited to the 12^th International Conference “Environmental Engineering”. Conference will be held in Vilnius, Lithuania, 27–28 April 2023
The Conference will provide an opportunity for scientists, engineers, managers and professionals from around the world to sum up the achievements and to highlight the problems. Such a Conference would be an excellent opportunity to meet colleagues,
to exchange knowledge and experience, and to extend your list of contacts.
Once a three year the faculty organise International Conference “Environmental Engineering”. Conference “Environmental Engineering” is devoted to the analysis of relevant environmental and water engineering issues as well as to the spread of the key road and railway researches, the presentation of the state-of-the-art geodesy and cadastre technologies, the analysis, assessment and optimization of researches on the energy supply and use systems.
The 1^st International Conference “Environmental Engineering” was held on 1994. At the 10^th International Conference “Environmental Engineering”, which held in Vilnius 27–28 April 2017, researches from 16 countries had presented their reports in the six sections. Before the Conference, 275 conference articles considered most significant and original were selected by the International Scientific Committee and published as full-page in the electronically Conference Material, which is included in international databases.
The main goals of the Conference “Environmental Engineering” are the following:
to facilitate direct discussions and versatile cooperation between researchers from Lithuanian and foreign science and education institutions, engineers, representatives of industry and municipalities;
to bring together potential partners for successful, long-term and continuous cooperation on environmental engineering;
to discuss further directions of the applied research development and to implement state-of-the-art researches in practice.  
KEY AREAS
     1. ENVIRONMENTAL PROTECTION AND WATER ENGINEERING
Sustainable development.
Greenhouse gas mitigation and climate change.
CO₂ capture and sequestration.
Outdoor-indoor environmental quality.
Air, water and soil cleaning technologies.
Circular economy.
Waste management.
Plastic pollution and management.
Environmental management and systems policy.
Cleaner production.
Ecosystems management.
Environmental impact assessment.
Pollution prevention.
The research of physical pollution (noise, vibration, EMF, ionizing radiation).
Drinking water quality and treatment.
Wastewater treatment and sludge utilization.
Mathematical simulation of environmental processes.
Network design and modelling.
Hydraulic calculations and modelling.
Chairman – Prof. Dr. Raimondas Grubliauskas
Secretary – Assoc. Prof. Dr. Dainius Paliulis
     2. SMART CITIES, ROADS AND RAILWAYS  
Evaluation and simulation of city development.
GIS application in territory planning.
Solution impact assessment in economical, social and ecological aspects.
Sustainable living environment.
Arrangement of open spaces.
Systems, evaluation, development and infrastructure of urban transport.
Mobility management.
Public transport, benchmarking in public transport.
Evaluation of transport impact on environment.
Management, development and modernization of road and railway infrastructure.
Road and railway design, construction and maintenance.
Sustainable and innovative road and railway construction materials.
Road and railway safety.
Intelligent transport systems, road and railway smart technologies.
Reliability and durability of road and railway structures. 
Chairman – Assoc. Prof. Dr. Viktoras Vorobjovas
Secretary – Assoc. Prof. Dr. Rasa Ušpalytė-Vitkūnienė
     3. TECHNOLOGIES OF GEODESY, CADASTRE AND GEOGRAPHIC INFORMATION SYSTEM
Geodesy technologies.
Photogrammetry.
Remote sensing.
Gravimetry measurements.
Drone systems.
Geographic information system.
Monitoring and application of the permanent GPS stations.
Land management.
Real estate cadastre.
Chairman – Prof. Dr. Eimuntas Kazimieras Paršeliūnas
Secretary – Prof. Dr. Jūratė Sužedelytė-Visockienė
     4. ENERGY FOR BUILDINGS
Energy generation and supply for buildings:
•    heat generation and CHP plants, 
•    district heating, 
•    gas supply,
•    renewable energy sources and technologies,
•    etc.
Energy efficiency and sustainability in buildings:
•    energy simulation;
•    sustainability evaluation;
•    renovation,
•    digitisation,
•    Life cycle analysis and life cycle cost,
•    etc. 
Sustainable building services:
•    energy saving and heat retention, 
•    HVAC systems,
•    integrated HVAC design, 
•    smart building control,
•    etc. 
Indoor climate:
•    indoor air quality,
•    advanced airflow distribution,
•    etc.