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PRODUCTS


	Mechanical:
	TR Impianti core business is the supply of: - Pre-Fabricated piping - Assembling of Skid & Packages - On-Site erection activities - Maintence - Piping support and light-heavy steel structure Main material used: Stainless steel pipe, forging and plates: 304, 304L, 310S, 316, 316L, 317L, 321 and 347 Carbon steel pipe, forging and plates A106 TYPE A, B and C, WPL6, WPB, A516 GR. 60 and 70 Alloy steel pipe, forging and plates TP5, TP11, TP22 and TP91 Low temperature carbon steel: A333 GR. 6, A350 LF1, LF2 and LF3, API 5L X60, X52 and X65, WHPY 52, 60 and 65 Nickel alloys pipe: Nickel, Monel 400, Inconel 600, Inconel 625, Incoloy 800/800H, Incoloy 825, Hastalloy B and C Duplex SS and Superduplex SS UNS 31803, UNS 32760, UNS 32505 and UNS 32750

Mechanical:

TR Impianti core business is the supply of:

- Pre-Fabricated piping

- Assembling of Skid & Packages

- On-Site erection activities

- Maintence

- Piping support and light-heavy steel structure

Main material used:

Stainless steel pipe, forging and plates:

304, 304L, 310S, 316, 316L, 317L, 321 and 347

Carbon steel pipe, forging and plates

A106 TYPE A, B and C, WPL6, WPB, A516 GR. 60 and 70

Alloy steel pipe, forging and plates

TP5, TP11, TP22 and TP91

Low temperature carbon steel:

A333 GR. 6, A350 LF1, LF2 and LF3, API 5L X60, X52 and X65, WHPY 52, 60 and 65

Nickel alloys pipe:

Nickel, Monel 400, Inconel 600, Inconel 625, Incoloy 800/800H, Incoloy 825, Hastalloy B and C

Duplex SS and Superduplex SS

UNS 31803, UNS 32760, UNS 32505 and UNS 32750


	Engineering of Chemical Injection Package:
	Chemical Injection System are generally used for the following purposes: to prevent, to correct, to preserve a. To prevent the chemical and physical changes generated inside the closed circuits of industrial plants (i.e. boilers, furnaces, etc ...) as well as inside the pipelines that convey gas or oil from extraction wells to the storage tanks or treatment plants. b. To correct the chemical and physical conditions of a fluid, especially water, due to the presence of inorganic substances (ions) or organic (bacteria..) which could cause substantial damage to the facilities for the related problems of corrosion, precipitation, fouling, skimmer, emulsions, status change, aggregation, ... c. To conserve the chemical and physical properties of various substances, for their utilization. The most important application fields of dosing systems are: Oil & Gas Corrosion Inhibitor, Scale Inhibitor, Demulsifier, Pour Point Depressant, Antifoam, Methanol, Glycol, DRAG Reducing Agent. Water-Steam Cycle Raw Water Treatment, Make-up Water Tower, Desalization, Potabilization, Waste, Biological. Cooling Water Tower Biocide, Bio-dispersant, Sodium Hypochlorite, Sulphuric acid, Oxygen Scavenger.

Engineering of Chemical Injection Package:

Chemical Injection System are generally used for the following purposes: to prevent, to correct, to preserve

a. To prevent the chemical and physical changes generated inside the closed circuits of industrial plants (i.e. boilers, furnaces, etc ...) as well as inside the pipelines that convey gas or oil from extraction wells to the storage tanks or treatment plants.

b. To correct the chemical and physical conditions of a fluid, especially water, due to the presence of inorganic substances (ions) or organic (bacteria..) which could cause substantial damage to the facilities for the related problems of corrosion, precipitation, fouling, skimmer, emulsions, status change, aggregation, ...

c. To conserve the chemical and physical properties of various substances, for their utilization.

The most important application fields of dosing systems are:

Oil & Gas

Corrosion Inhibitor, Scale Inhibitor, Demulsifier, Pour Point Depressant, Antifoam, Methanol, Glycol, DRAG Reducing Agent.

Water-Steam Cycle

Raw Water Treatment, Make-up Water Tower, Desalization, Potabilization, Waste, Biological.

Cooling Water Tower

Biocide, Bio-dispersant, Sodium Hypochlorite, Sulphuric acid, Oxygen Scavenger.


	Engineering of Wellhead Control Panel:
	The Wellhead Control Panel (WHCP) is an electro-pneumatic hydraulic system mainly used both onshore and offshore for the control, monitoring and safety of oil and gas injection and production wells. It manages the process valves actuators during normal operation or the safety valves blocks in case of emergency. Each well (also named Christmas Tree) is usually equipped with a SCSSV (Surface Controlled Sub-surface Safety Valves) also called down hole valve (DHV) and SSVs (Surface Safety Valves) which consists of a Master Valves (MV) and Wing Valves (WV). SCSSV is normally an on-off valve driven by hydraulic actuator, while SSVs can be driven by hydraulic actuator or pneumatic actuator depending on the pressure rating. Wellhead Control Panels can be designed to control single or multi-wells. The WHCP design is influenced by the following actuators data: - Type (pneumatic or hydraulic) - Volume - Minimum and maximum operating pressures - Time needed for opening and closing the actuators - Number of the actuators It is built strictly in accordance with the client specifications and/or the best practice engineering in the absence of any specific requirements; this will be detailed by the TR Impianti engineering team whilst working closely with the client, ensuring the best possible technical and commercial solution.

Engineering of Wellhead Control Panel:

The Wellhead Control Panel (WHCP) is an electro-pneumatic hydraulic system mainly used both onshore and offshore for the control, monitoring and safety of oil and gas injection and production wells.

It manages the process valves actuators during normal operation or the safety valves blocks in case of emergency. Each well (also named Christmas Tree) is usually equipped with a SCSSV (Surface Controlled Sub-surface Safety Valves) also called down hole valve (DHV) and SSVs (Surface Safety Valves) which consists of a Master Valves (MV) and Wing Valves (WV).

SCSSV is normally an on-off valve driven by hydraulic actuator, while SSVs can be driven by hydraulic actuator or pneumatic actuator depending on the pressure rating. Wellhead Control Panels can be designed to control single or multi-wells.

The WHCP design is influenced by the following actuators data:

- Type (pneumatic or hydraulic)

- Volume

- Minimum and maximum operating pressures

- Time needed for opening and closing the actuators

- Number of the actuators

It is built strictly in accordance with the client specifications and/or the best practice engineering in the absence of any specific requirements; this will be detailed by the TR Impianti engineering team whilst working closely with the client, ensuring the best possible technical and commercial solution.