He has the skills to be able to perform a series of calculations and analyzes such as to allow the maximum yield of the chemical and physical processes typical of plant engineering, in relation to the needs and conditions expressed by the customer.
The studies may include several phases, in relation to the customer’s purpose, costs and time for carrying out the activity; from pure conceptual to feasibility, to arrive at the definition of all project data and related costs, in order to be able to issue any calls for tender.
These activities are better listed below:
Study and choice of the parameters of matter and energy, definition and elaboration of the balance sheets
Strength and stability checks of pipes and flanges, in relation to the design parameters
PFD, P&ID processing and related mechanization
Definition and processing of line specifications, based on project data
Data-sheet processing of equipment, regulation and safety valves
Basic design of the plant, plot plan, equipment arrangement
Management and assistance to the customer for the coordination of the offers of the various Vendors
Reinforced concrete bases and slabs, metal support structures such as pipe racks, facilities such as stairs and service floors for access and maintenance of the system, buildings and warehouses.
All the structures, metal and reinforced concrete, are calculated through the choice of several dedicated software, according to the specific requests.
The activities described above are listed in detail:
Structural Calculus Relations
Loads on foundations
Lifting Schemes and Calculations of the C.o.G.
Preparation of documentation for civil engineering or other bodies
Presentation of documentation for civil engineering or other bodies for obtaining building permits
During this phase, the typological and functional characteristics of each equipment or system are defined, providing for the relative mechanical connection and location in the system. Icona di Verificata con community
Equipment list
Line list
Equipment Technical Data Sheets
Definition of nozzle orientation on equipment
Assembly and detail drawings of piping lines
Piping isometric designs
Stress Analysis Calculations
Sizing and positioning of piping supports
Drafting of the material list
Drafting of technical equipment purchase specifications
Drafting of technical specifications for painting and insulation
Drafting of PED manuals
Piping development according to the following methodologies:
ASME flanges and components
API flanges and components
UNI flanges and components
SAE flanges and components
Parker EO24° e EO60° flanges and components
Graylock flanges and components
Flanges and internally coated components
Flanges and internally ceramic components
DIN 11864 flanges and components for food use
Victaulic Flanges and Components
GRE Fiber glass Flanges and Components
Electro-welded PE flanges and components
Given the complexity of the plants treated and the type of substances used in them, Tecnoteam is generally involved in the definition of the risks deriving from fire and explosion, as well as in the definition of systems for the prevention, detection and extinction of such events.
Calculations by definition of the extensions of classified areas
Assembly and detailed drawings showing the classified areas
Definition and sizing of automatic extinguishing systems
Technical Data Sheets detection and alerting equipment
Assembly and detailed drawings of detection, alert and extinguishing systems
Drafting of purchase technical specifications
Machine and equipment design according to customer specifications.
Study of dimensions and movements
FEM calculations
Search for standard components on the market
Non-standard component design
Safety and maintainability evaluation
Use and maintenance manual
Evaluation of maintenance and spare parts cycles
Design and design of pressure equipment
Design and design of storage tanks
Drafting of PED and / or CE manuals
On-shore, Off-shore and naval field surveys
Point cloud alignment
Joint and several reconstruction of the interested parties
Intelligent solid reconstruction for ESA-PRO and / or PDMS – E3D
These activities are managed by us in partnership with external staff
The regulations and specifications in the field of industrial design are innumerable, we make a short list of the main ones where we have a deep knowledge for study and normal use:
Piping
ASME B31.1 Piping typically in power generation station
ASME B31.3 Piping typically found in petroleum refineries; chemical, pharmaceutical
ASME B31.8 Piping in transporting products that are predominantly gas between sources and terminals
ASME VIII Boiler and pressure vessel code
PD 5500
ASME B16.5 Pipe Flanges from NPS ½” through 24”
ASME B16.47 Large diameter flange from NPS 26” through 60”
ASME B16.9
ASME B1.20.1 Pipe Threads
Direttiva 2014/68/UE Directives for pressure equipment
DIN 2429 Graphic symbols
DIN EN 45510 Manual for procurement of equipment for power plant, pipelines and fittings
EN ISO 6708 Pipeline components, definitions and selection
ISO 2944 Fluid technology, nominal pressure
DIN 2403 Disegnation of pipelines
DIN EN 13480 Metallic industrial pipeline
PAS 1057 Classes of pipe for processed equipment
DIN EN 10216 Seamless compressive stressed pipes
DIN EN 10217 Welded compressive stressed pipes
DIN EN 10028/10222 Sheet material and forging
DIN EN 3183/10208 Pipes for gas and flammable liquids
DIN EN 10253 Welded fittings
DIN EN 10380 Corrugated metal hoses
DIN EN 14585 Corrugated metal hoses for pressure applications
DIN EN 14917 Compensators with metallic bellow for pressure applivcation
PAS 1010 Manual for the ordering and production of pressure equipment
DIN EN 1092 Round flanges per PN
DIN EN 1514 Gaskets for flanges with PN designations
DIN EN 1515 Bolts and nuts
DIN EN 1591 Rules for the construction of flange joints with round flanges and gaskets
DIN EN 1759 Round flanges for pipe identified by class
DIN EN 12560 Gaskets for flanges with class designation
DIN EN 13555 Gasket s parameter and test procedure
ISO 15608 Welding Guidelines for a metallic material grouping system
NACE MR-01-75 Petroleum and natural gas industries – Material for use in H2S
ENI regulations
NORSOK Normative Norvegian Petroleum Industry
IOOC Rules Off Shore platform Iranian Offshore Oil Company
Strutture
UNI EN 1990 Basis of structural design
UNI EN 1991 Actions on structures
UNI EN 1992 Design of concrete structures
UNI EN 1993 Design of steel structures
UNI EN 1994 Design of composite steel and concrete structures
UNI EN 1998 Design of structures for earthquake resistance
DM 2008 Technical Standards for Construction 2008
Noble Denton 0027 Guidelines for the design and approval of marine lifting operations
API RP 2A Recommended Practice for Designing and Constructing Fixed Offshore platforms
AWS D1.1 Structural Welding Code Steel
AISC 360-10
AISC 335-89
Perforation and Off Shore
API RP 2A Recommended Practice for Designing and Constructing Fixed Offshore platforms
API 4F Specification for Drilling and Well Servicing Structures
PB 08-624-03 Russian Safety rules in Oil and Gas Industry
API 6A Specification for wellhead and Christmas tree equipment
API RP 14E
API 16A
API 16C
API 7K
API 12J
MSS SP 75
MSS SP 55
Machinery and equipment
API 650
Fire and safety
NFPA Fire Protection Standards: Fire protection systems using water, carbon dioxide, halon, foam
NFPA 85 Boiler and Combustion Systems Hazards code
AVEVA PDMS – Token
AVEVA E3D – Token
AUTOCAD FULL ver.2018
AUTOCAD Mechanical ver.2018
INVENTOR ver. 2018
ESAPRO V7 FULL
NAVISWORK ver.2018
ADVANCE STEEL ver.2018
PRO-E (in concession Drillmec S.p.A.)
PIPEPLUS
CAESAR II Token
PRO_SAP
SAP 2000
STAAD
PVELITE
PIPING OFFICE
MILL
SW FOR CLOUD OF POINTS
Recent Works
Some professional experiences useful to tell the multidisciplinary engineering approach that Tecnoteam has adopted over the years.