Offshore and onshore Oil & Gas, Production and Renewable Energy

Upstream: fixed platforms and floating platforms

Midstream: LNG & Process Plants

Downstream: Refineries and chemical production plants

Energy: Nuclear Power Plants

Renewables: offshore and onshore wind farms

Fixed platforms of:

Production
Processing
Storage

Drilling platforms – floating:

Drilling rigs with 3 or 4 feet
Semisubmersible
Anchored
Drilling, production and storage plant installed on ships
Liquefied natural gas carriers

LNG loading/unloading terminals:

Electrical substations
Control room
Process areas
Main control panel enclosure
Enclosure automation

Refineries:

Control rooms
Containers
Process areas in explosive areas
Chemical production plants
Decarbonisation plants

Railway infrastructure:

Control panel enclosures
Soundproofed enclosures
UPS enclosures
Transformer enclosures
Pressurized equipment
Server rooms

Offshore wind farms:

Substations
UPS Cameras

Onshore wind farms:

Substations
UPS Cameras

Fire and blast product solutions:

Fire and anti-explosion walls
Explosion release systems
Thermal protection structures
Wind protection

Design consultancy:

Explosion studies reports and solutions
Studies and design of anti-explosion and fire systems
Studies of "liberation" explosion
Optimised design of explosion and fire resistance systems
Optimization of structural/thermal/seismic protection systems

Thermal protection systems

Applicability:

Vessels of small and large sizes
Small components
Process piping systems
Defense Industry
TSM - Passive fire & blast protection - Presentation

We aim to help clients to achieve the safest, most efficient and cost effective modular builds, skids and any kind of tailored systems.

All of our products are customized and built specifically for the client requirements and are used across onshore plants, oil and gas platforms, offshore wind farms and more.

Control and control cameras
Skid enclosures
Generating sets enclosures
Acoustic enclosures – low noise level
UPS System Enclosures
Server enclosures
Transformer enclosures
Offshore containers DNV 2.7-1
Louvre Panels
Ducts explosion-proof ventilation systems
Escape routes
Flare protection systems in production facilities
Cleaning and hydro-sandblasting
World leader in ship sandblasting with the help of industrial robots
Equipped with a multi-functional grinding unit, it is capable of grindingwelded seams, deburring.
It is applicable to grinding the exterior and interior surfaces.
The robot is used to prepare the surface for the inspection of welded seams.

Accessories:

Video camera for inspection of the work
Laser guided
+300 ROBOT units++ industrial hydro-blasting robots in use
Total sandblasted areas: 500,000 m², #1 world place
Blasting quality: SA2.5
Reduce costs by 60% and time spent in the dock by 25%
No one works at height – optimal HSE performance
Robot Presentation PDF

Grinding and deburring robot

Equipped with a multi-functional grinding unit, it is capable of grindingwelded seams, deburring.
It is applicable to grinding the exterior and interior surfaces.
The robot is used to prepare the surface for the inspection of welded seams.

Control mode - Remote control - stand-alone mode in development

Accessories:

Video camera for inspection of the work
Laser guided

Dimensions

330x370x720 mm

Weight

39 Kg

Cleaning width

220 mm

Minimum radius of curvature

6 m

Grinding efficiency

0.5 m/min

Surface quality

SA 3

Overcoming obstacles

< 5 mm

Maximum speed

4 m/min
Grinding Robot Presentation PDF

Quality assurance and certification of the products/systems delivered by us

LR/DNV Type Approval for Fire Ratings A0
LR/DNV Type Approval for Fire Ratings A30
LR/DNV Type Approval for Fire Ratings A60
LR/DNV Type Approval for Fire Ratings H0
LR/DNV Type Approval for Fire Ratings H60
LR/DNV Type Approval for Fire Ratings H120
LR/DNV Type Approval for Jet Fire Ratings J120
Lloyds Design Approval of Modules
DNV Approval for Containers
DNV Approval for Modular Designs of Living Quarters
Lloyds Design Approval of Heatshields Products

ESS - Energy Storage Systems 1 MWh - containerized

Main advantages:

Supplementing renewables

ESS allows users to take advantage of electricity generated when renewable energy technologies do not produce electricity.

Reducing peak consumption

ESS allows a user to switch their power source by drawing power from batteries during daytime hours at higher cost, then recharging during nighttime hours at lower cost.

Levelling of load peaks

When power generation facilities ramp up and down to keep up with changing electricity demand, the system is subject to overloads. ESS can help flatten the demand curve by charging when electricity demand is low and discharging when it is high.

Uninterruptible power supply

ESS can provide almost instantaneous protection against power outages and are often used in hospitals, data centres and homes.

Energy storage systems 500kW/1MWh - Plug & Play

The standard application consists of 1 containerized unit 500kW/1008kWh Energy Storage System.

1 piece 20 feet container;
5 piece battery rack - 1 battery rack consists of 15 pieces of batteries, 1 pack consists of 3 pieces of 1P5S battery modules, 1 module consists of 5 pieces of LFP 280Ah batteries;
2 pieces Air conditioner;
1 piece confluence cabinet ,1 confluence cabinet consists of 5 channel DC access switch;
1 piece 500 kW Power Conversion System;
1 piece Fire extinguishing system.

For any kind of request/question we are at your disposal at the e-mail address: office@tsm-synergy.com

Orient Power 500kW/1MWh ESS - Energy Storage System
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