FIRE SAFETY
FIRE SAFETY DESIGN
TSPC: YOUR FIRE SAFETY PARTNER, FROM VISION TO REALITY
At TSPC, we offer comprehensive fire safety engineering services, partnering with our clients throughout the entire project lifecycle – from initial concept to final execution.
Our dedicated fire safety design team gets involved early in the project conception phase. They develop fire safety concepts that prioritize both high levels of safety and cost-efficiency. This ensures the satisfaction of both the client and the building operator in the long run.
FIRE SAFETY SERVICES
FIRE SAFETY
DESIGN OF BUILDINGS, STRUCTURES
Comprehensive fire safety planning from conceptual design to realization. Our team will prepare the complete fire safety documentation for your project according to your requirements.
BIM BASED FIRE SAFETY DESIGN
In a 3D model space it enables to set fire safety requirements and properties for various building structures . This supports the work of architecture, other disciplines, and construction also.
CREATING OF FIRE- AND SMOKE SIMULATIONS
Simulation can optimize smoke and heat extraction systems, increasing efficiency and reducing installation costs. It enables the design of jet fan systems without the need for ductwork.
CREATING OF EVACUATION SIMULATIONS
Based on the results of simulation, an efficient evacuation concept can be established. This allows for safe maximization of number of occupants in a building or event.
REVEALING ERRORS OF ALREADY COMPLETED FIRE SAFETY DESIGNS
Undesirable errors in the design documentation will be filtered and suitable technical solutions are offered to correct them
CONDUCTING AUTHORISATION PROCEDURES AND AUTHORITY AGREEMENTS
Obtaining a building permit requires the approval of various authorities, including the fire safety authority.
CREATING FIRE-PROTECTION TECHNICAL CONFORMITY MANUAL (FPTCM)
In Hungary after obtaining Certificate of Occupancy in many cases the building owner is obliged to prepare FPTCM containing all fire safety related information of the building.
CONSULTANCY IN ALL QUESTIONS REGARDING FIRE SAFETY
Providing consultancy in general and specific questions concerning fire safety from scratch phase through execution to occupation.
Fire and Smoke Simulation
FIRE AND SMOKE SIMULATION: OPTIMIZING SMOKE CONTROL SYSTEMS
In cases prescribed by law or required by authorities, smoke and heat extraction systems that meet the specified safety levels must be installed in buildings.
At TSPC, we use FDS (Fire Dynamics Simulator) software to model fire development in various scenarios. This software utilizes complex physical and chemical equations to realistically simulate the burning process.
Through multiple simulation runs, we can analyze the operation of the designed smoke control system. Allowing us to determine the optimal placement of smoke control equipment, the necessary size and number of smoke vents, and the required performance of smoke exhaust fans.
We prioritize the use of verified modeling procedures to ensure our simulations closely resemble real-life fire events. Thanks to our detailed, high-resolution models, it is possible to examine turbulent flows and backflows, which are essential for designing a properly functioning jet fan ventilation system.
Advantages of Fire Models
Fire models deliver results that are exceptionally close to real-world fire scenarios. This makes them the leading-edge design tool thanks to ongoing software advancements.
Within architecturally unique environments fire model allows an exceptional level of investigation into fire phenomena such as:
Simulating air movement within rooms: This helps in designing effective smoke control systems like jet fan systems.
Analyzing the behavior of turbulent airflows: This is crucial for optimizing the performance of jet fans within a building.
Predicting temperature evolution at specific locations: This information is vital for understanding the impact of fire on evacuation, storage and other combustible materials.
Generating temperature data for structural design: Fire models can provide data for structural engineers to design structures that withstand fire.
It helps highlight the operational shortcomings of a system designed using traditional, paper-based methods.
By offering such a comprehensive view of fire behavior, fire models are a valuable tool for enhancing building safety and optimizing fire protection systems.
Evacuation Simulation
FIRE SAFETY THROUGH SIMULATION:
A SECURE ESCAPE
A cornerstone of fire safety design is ensuring safe evacuation for everyone in a building or event space. Evacuation simulation software empowers us to visualize movement patterns and potential crowd congestion at bottlenecks during an evacuation.
At TSPC, we use evacuation simulation program which is based on the mathematical modeling of real-life processes. The algorithms employed by the program were developed based on experiments conducted using scientific methods. The program takes into account the varying movement speeds of individuals and group dynamics during its calculations, thereby determining the timing of the evacuation process. This results in outcomes that are much more accurate and often more favorable compared to manual calculation methods.
For each project, we create unique evacuation models tailored to the specific architectural design provided. This ensures a comprehensive and building-specific analysis.
EVACUATION MODELS OFFER A POWERFUL TOOL FOR IMPROVING SAFETY AND EFFICIENCY IN VARIOUS SCENARIOS. HERE ARE SOME KEY ADVANTAGES:
Fast and Reliable Results: Evacuation models can simulate complex scenarios quickly, providing valuable insights into potential bottlenecks and evacuation times.
Optimized Escape Routes: By simulating different layouts and procedures, evacuation models help identify the most efficient escape routes, potentially minimizing evacuation times and improving overall safety.
Cost-Effective Planning: Models can help identify potential improvements without the need for expensive real-life drills or modifications. This can lead to cost savings when designing new buildings or retrofitting existing ones.
Large-Scale Analysis: Unlike real-life drills, evacuation models can handle simulations with thousands of occupants, providing valuable data for large buildings or crowded environments.
Realistic Movement: Advanced models incorporate 3D movement patterns, allowing for a more accurate representation of real-world evacuation behavior.
Dynamic Reactions: Evacuation models can simulate how people react to changing conditions, like blocked exits or smoke, offering a more comprehensive analysis of potential outcomes.
Group Dynamics: Some models can account for the movement of related individuals and groups, such as families, providing a more nuanced picture of evacuation behavior.
Accessibility Considerations: Advanced models can incorporate the needs of occupants requiring assistance, ensuring their safe and efficient evacuation.
Lift & Equipment Modeling: Some models allow for simulating the operation of evacuation lifts and other equipment, helping to identify potential bottlenecks.
Detailed Data Output: Evacuation models generate detailed data on evacuation times, flow patterns, and bottlenecks, allowing for informed decision-making about evacuation procedures and building design.
OVERALL, EVACUATION MODELS OFFER A COSTEFFECTIVE AND POWERFUL TOOL FOR IMPROVING SAFETY AND EFFICIENCY IN VARIOUS SCENARIOS.
OUR REFERENCES
HOSPITAL
150 000 m2
Budapest, Hungary
CECZ SMART WAREHOUSE TOPERINI INDUSTRIAL PARK
Vác, Hungary parking area, road desing, traffic management
INDUSTRIAL PARK
235 000 m2
Debrecen, Hungary
parking area, road desing, traffic management
2018–23 REPOSITORY FOR ARCHIVES
11 000 m2
Piliscsaba, Hungary
DORMITORY 3 837 m2
Debrecen, Hungary
MATHIAS CORVINUS COLLEGIUM MISKOLC
4 003 m2
Miskolc, Hungary
2016–17 HISTORICAL BUILDING, EDUCATIONAL INSTITUTE
7 721 m2
Budapest, Hungary
EXPERIENCE
Bálint graduated as a fire safety engineer in 2006 from the Ybl Miklós Technical College of Szent István University. Afterwards he held various positions in the Budapest Fire Department and later in the Budapest Disaster Management Directorate in the field of fire prevention and authority. Since 1 February 2018, he has been a member of the TSPC team and is currently the head of the Fire Safety Planning Group. He enjoys working in a team and achieving success as a team. He is motivated by the desire to develop and gain more knowledge in the professional field. He is inspired to create fire safety concepts for buildings, to ensure the safety of the occupants, the work of the firefighters, to reduce the damage that may occur. It is a success and a source of satisfaction when the fire protection of a building unfolds and comes together as a single entity. His aim is to continually improve, to broaden his horizons and to ensure that buildings are properly fire-safe and that this is feasible. It also aims to apply computer simulations to a wider range of projects to achieve an even higher level of safety.
LANGUAGE SKILLS
English
Chief Fire Safety Engineer
ISTVÁN
LONG BIHARI
Lead Fire Safety Engineer
EXPERIENCE
István obtained his degree in civil engineering with a specialization in fire safety from the Ybl Miklós Faculty of Szent István University in 2012, then continued his studies at the Faculty of Mechanical Engineering of Szent István University, where he obtained a master’s degree as a certified facility engineer. Before completing his studies in civil engineering, he joined the country’s first design office dedicated solely to fire safety, which was the first to introduce fire protection design using computer simulation programs in Hungary. In addition to his expert work, it was here that he became familiar with various modelling techniques. He then worked for 6 years on the official side as a professional firefighter in the official department of the Central Pest Disaster Management Directorate. He joined the TSPC team in 2019 as a fire safety expert. In addition to his general design tasks, he is responsible for the development and continuous improvement of the simulation methods of the fire safety team and their integration into the overall architectural design process. In his work, he combines a design approach that focuses on economical, efficient and sometimes creative solutions with experience gained on the authority side.
LANGUAGE SKILLS
TSPC GROUP
ABOUT TSPC GROUP
DELIVERING SOLUTIONS
TSPC Group provides full-service packages to its clients, accompanying them along their projects, from the first idea to implementation. TSPC is committed to sustainability, green philosophy, and innovation: We provide our solutions using the currently available highest level of expertise and technology, shaping the architecture of the future.
EXPERTISE & EXPERIENCE
TSPC has organised the experts of architectural and engineering projects in a single group of companies, to provide the complex expertise and efficient work organisation required for the management of the complete project process to its clients. We provide advanced training possibilities and state-of-the-art technological background to our employees.
TSPC GROUP'S SERVICES
ARCHITECTURAL DESIGN
General design
Architectural design
Interior design
Landscape design
Urban design, city planning
BOQ (Bill of Quantities)
Feasibilty studies
Detailed construction drawings
Construction supervision
ENGINEERING DESIGN
Structural design
MEP design (Electric engineering, HVAC design, Building services engineering)
Fire safety design
Road and public utilitiy design
Technical consultancy Geodesy
REAL ESTATE & CONSULTANCY
Feasibilty studies
Turnkey developments
Operation planning
Development site identification
Facility Management
Due diligence
CLIMATE ENVIRONMENT
ENGINEERING DESIGN
Energy efficiency & optimization
Building comfort & well being
Building Climate Modelling Simulations
Environmental consultancy
WELL, LEED, BREEAM, DGNB consultancy
BIM
ArchiCAD, Revit, Solibri, Nemetschek and Tekla support in BIM
BIM consultancy
BIM management
BIM modelling and 2D file preparation
Sharepoint, Plan-doc
Point cloud processing
On-site BIM Solutions
PROJECT MANAGEMENT SURVEILLANCE & DIAGNOSTICS
Public procurement
consultancy
Scheduling
Budgeting design & control
Expert Services & Consultancy
Designer supervision
Technical supervision
Organizational plans
Building survey
Geodesy
Point cloud survey
3D laser scanning
Energy analysis of existing buildings
Building energetics
Structural diagnostics
HUNGARY > Budapest, Győr, Debrecen
GERMANY > Munich
SLOVAKIA > Komárno
CROATIA > Zagreb
HONG KONG
TSPC GmbH
Leopoldstraße 256., 80807, Munich info@tspcgroup.de
Črnomerec 63, HR-10120 Zagreb
TSPC Group HONG KONG
TSPC Group
H-9022 Győr, Dunakapu tér 7. info@tspc.hu
+36 96 200 651
+36 1 800 9192
Dunajské nábrežie 4726, 945 01 Komárno info@tspc.hu
Group
4025 Debrecen, Barna utca 23. info@tspc.hu
TSPC Group
H-1053 Budapest, Magyar u. 36. info@tspc.hu
+36 1 800 9191
+36 1 800 9192
TSPC d.o.o.
TSPC
TSPC
