Presentation Brochure

2. We have embraced challenges and as a consequence we
are proud that we provide projects in a wide range of ex-
pertise: multistage steel structures, dual structures with
walls and reinforced concrete,industrial buildings,wooden
structures and glued laminated timber, billboards, pergo-
las, skylights, walkways, top-down system infrastructures
and lining deep cavities, furnishings stores, churches: con-
solidation and new ones, feed mills, silos, tanks, compound
feed factories and buildings consolidation.
STRUCTURAL DESIGN & MORE
We provide full services in the area
of building design, from establishing
functionalities, choosing solution,
making primary sketches to struc-
tural shaping,computer assisted cal-
culations, multiple scenarios analy-
sis to drawing execution plans and
more, up to site supervision.
Combining
knowledge,
innovation,
training and
responsability

3. -
jects, and also proved that those projects can be built without
problems. Another key characteristic of DCTS team is continuous
care for resources usage resulting in highly economical projects
that use only necessary materials to ensure standards complianc-
es and safety building exploitation.
a project plan which describes all the processes in all the plan-
ning phases: Concept,Technical Project for Building Authorization,
Execution Project, Detailed Execution Project, Assisting the con-
struction works, As-Built Project.
Our versatile team that can and
-
gencies, regardless of building
destination, terrain conditions,
seismic activity and other fac-
tors.
mathematics, and ingenuity to develop solutions for technical problems. Engineers design materials, struc-
tures, and systems while considering the limitations imposed by practicality, regulation, safety, and cost.The
word engineer is derived from the Latin roots ingeniare (“to contrive, devise”) and ingenium (“cleverness”).
Engineering analysis proceeds by separating the engineering design into the mechanisms of operation or
failure, analyzing or estimating each component of the operation or failure mechanism in isolation, and re-
combining the components. They may analyse risk. Many engineers use computers to produce and analyze

4. FNC FAUREI
Compound feed factory
of 15 to/h capacity with
extension possibility to
30 to/h of pelleted feed

5. The investment is made up of two objectives, feed
mill and grain storage cells. FNC building is a 7 level
steel construction.The structure has a mixed system
of frames and braced frames. Floors are either steel
decks or concrete slabs.
The foundation system is a mat foundation and rests
on the ground through a ballast cushion.
Storage cells have a capacity of 2000 tons, approxi-
mately 2600mc. Three pieces are provided.
Cells are founded on a mat that rests on a cushion
of ballast.
Construction Equipment was provided by Buhler
Group.
The investment is based on European Founds and in
the project are integreted all the utillities.

6. One star indoor extensive chicken
farm
The farm has 4 production units of 12x60m, 12x85m and 2 of 12x90m, technical
rooms, feed silos and sanitary filter. The project particularity is the BIO conditions of
raising the chickens as for each unit there was provided a covered grassy garden with
fruit trees, plum and apple trees.
The structure has braced frames on one direction and trusses on the other. The enve-
lope is made of sandwich panels.
Grain storage expansion
Extension of storage grain silos with a battery
consisting of four cells, each 3000 tons.
Race pigeons accomodation
building
2 Levels building of 900sqm per level with visitors
facilities.

7. Grain dryer
Chicken Farms
1000 sqm surface

8. The purpose of this project
was the technical documen-
tation at the detailed design
to build the structures for the
oil sludge equipement that
fuels the clinker kiln. The
building is located between
cells 3 and 4 of the former
oven clinker 1, dismantled.
The building is buried in the
ground and a steel structure
above ground
EQUIPEMENT TO
FUEL THE OVEN
CLINKER

9. It was requested to increase storage capacity of Kerosene jet fuel by 2 tanks within 2 stages. The mini-
mum capacity requested it was of 2200 cubic meters and it should be operated with the same existing
plants (railroad self discharge, loading the car, transferring from one tank to another) and realization of
construction works to take over fuel spills (a new retention wall) and the access road to the new tanks to
Fuel tanks

10. -
signing and site surveing for
suspended ceillings, shop
windows, roller shutters, pe-
rimetral and partition walls,
-
evators and escalators, stairs
and all conections and struc-
tures for the hvac system.
VARIOUS RETAIL
SHOPS FITTING

12. Residential houses

13. Page 13
“Green houses” are now being built to expand the green concept out of com-
mercial buildings.
We incorporate in design solutions to urge people to aim for sustainability and
to help protect de environment.

15. Offices buiding
Page 15
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ment slab is reinforced concrete. The structure had major cracks due
to seismic activitie that she was subject to and due to structural inter-
ventions made in order to extend the basement all over the building.
Because they wanted to bring the building to current standards of
strength and functionality proceeded to consolidation.Building meas-
ures were the introduction of reinforced concrete pillars, coating the

16. Neubau Medienzentrum Wien Contest
The building is made of reinforced concrete frames and walls made in monolithic structure.
Being a design contest focus was mainly on the architecture.The concept was realized by archi-
tect Mario Kuibus. On the part of the structure was carried out structural dimensioning and 3D
model of the structure.
Helsinki Central Library Contest
The building is mixed, both metal and concrete monolith.

18. Advertising
panels
22,20 m height steel structure with 4,50 m
width boxes.
10 boxes were designed to be mounted on
it.
Each box has 3 faces where advertising
panels can be mounted.

19. Monolithic reinforced concrete structure cast in steel formwork Doka type. BASF Cementitious water-
Indoor pool

20. 18, Nicolae Grigorescu
Bucharest, Romania
Tel: 0721 308 407
Email: anamaria.popa@dcts.ro
www.dcts.ro