Module-T designs and manufactures modular buildings for oil and gas projects, including site offices, workforce accommodation, sanitary buildings, dining facilities and other supporting infrastructure. Produced in Turkey, the buildings are configured according to workforce needs, site conditions, transport requirements, and the client’s technical specification.
For facilities planned within industrial or process environments, building location and any fire, electrical, or hazardous-area requirements should be defined before production.
Field developments can require supporting buildings in locations where permanent infrastructure is limited, or access makes conventional construction more difficult. Typical requirements may arise along pipeline corridors, at onshore developments, terminals, industrial support areas, and remote workforce locations.
Off-site production allows foundations, utility connections, access routes, and installation planning to be coordinated while the building package is being manufactured.
No single configuration suits every site. Temperature range, workforce numbers, building use, transport restrictions, and engineering requirements all influence the final specification.
Different stages of an oil and gas development may require different types of site infrastructure.
Engineering, HSE, supervision, contractor, and management teams may need field offices close to operations. Depending on the brief, these spaces can include management offices, open-plan work areas, meeting rooms, briefing spaces, document rooms and the required electrical, data, and HVAC systems.
Remote operations may also require accommodation for personnel working rotational or longer-term schedules. Accommodation can be configured as individual units or larger blocks according to workforce numbers and room-occupancy requirements.
Where accommodation and shared welfare buildings form the main scope, Module-T’s prefabricated worker camps provide a dedicated solution for larger workforce configurations.
Other site facilities may include the following:
Several functions can also be coordinated within a wider group of modular site facilities.
At remote sites, transport routes, unloading access, utility connections, and foundation readiness can affect delivery as much as the building specification itself.
Module-T has supplied worksite solutions within the oil industry and also has published references from remote construction and mining environments. The examples below demonstrate international logistics and industrial-site experience. They should not be presented as oil and gas case studies unless a direct sector connection can be verified.
Module-T supplied eight prefabricated buildings with a combined area of 2,200 m² for an international construction development in Djibouti. The scope included accommodation facilities and a 511 m² restaurant building.
View the Djibouti worker camp project.
A project on the Matadi Port-Kinshasa corridor combined administrative offices, accommodation, sanitary facilities, and technical spaces across 936 m². The building components were prefabricated before transport to the site.
For a mining operation in the Fekola region, Module-T delivered a 336 m² complex consisting of 16 units for office, management and social functions. The published case study records a 35-day delivery and installation period.
View the Mali industrial project.
Floor area alone is not enough to define a building for an industrial site.
For EPC contractors and project owners, early information about workforce numbers, climate, utilities, and installation conditions helps the technical team prepare a more accurate building specification.
Key inputs can include:
The design should also reflect:
The technical scope may cover:
Other information may include:
Module-T uses galvanized light-steel structural systems and insulated sandwich-panel solutions across its building range. Structural calculations can be prepared according to European or American design criteria where required by the technical specification.
Sharing this information with the RFQ helps the technical team define the structure, insulation, and MEP systems for the actual site before production begins.
Module-T holds ISO 9001:2015 and ISO 45001:2018 certifications covering its documented management systems and manufacturing activities. Procurement and technical teams can review the available certificates and technical documentation when evaluating the manufacturer.
Oil and gas facilities may also introduce requirements that depend on the building location and intended use. Some US process-plant developments may reference API RP 752 for permanent buildings or API RP 753 for portable buildings.
Where equipment is required for classified hazardous areas, relevant requirements from the IEC 60079 series may apply. For relevant onshore sites in Great Britain, DSEAR requirements may also need to be considered where dangerous substances or potentially explosive atmospheres are present.
These are site-specific engineering requirements, not universal certifications for Module-T buildings. Their applicability should be defined through the client’s engineering documentation, hazardous-area study, and local regulations.
A single square-metre rate or standard lead time cannot accurately reflect every field operation.
Module-T publishes a general indicative range of approximately €180-€420 per m² for its modular building range. Transport, handling, assembly, and concrete foundations are separate variables, so this figure should be treated as an early budgeting reference rather than an oil and gas price list.
The final quotation can vary according to:
Delivery schedules vary for similar reasons. Engineering approvals, manufacturing quantity, transport, customs procedures, foundation readiness and site access can all influence timing.
The Mali reference provides one concrete example: 16 units covering 336 m² with a recorded 35-day delivery and installation period. This is a specific case and should not be treated as a standard lead time for other developments.
A production and delivery schedule can be confirmed once the layouts, quantities, technical requirements, and destination have been reviewed.
A complete RFQ helps the technical and commercial teams assess the building package without repeated specification revisions.
Where possible, include:
These inputs allow the building configuration, logistics and technical scope to be reviewed together.
Send Module-T your site location, required facilities, workforce capacity, technical specifications, and target delivery schedule.
Upload any available layout, site plan, or technical specification with your enquiry so our team can assess the building and logistics requirements together.
Request a Project Quote
Module-T can manufacture field offices, accommodation buildings, shower and WC blocks, locker rooms, kitchens, canteens, meeting spaces, infirmaries, workshops, storage buildings, and security cabins. The final combination depends on workforce size, site operations, and the technical scope defined for the development.
Yes. The specification can be adapted to the site’s temperature range, structural criteria, insulation requirements, HVAC needs, utilities, and transport conditions. Remote locations should be assessed individually because the appropriate solution can vary according to climate, workforce capacity, available infrastructure, and site accessibility.
Clients should provide applicable building codes, structural criteria, HSE requirements, fire specifications and hazardous-area classification where relevant. Certain process-plant environments may also reference API or IEC standards. These requirements should be identified within the engineering documentation rather than assumed for every building.
Delivery time depends on engineering requirements, quantities, customization, approvals, destination, and installation responsibilities. Module-T confirms the production and delivery schedule after reviewing the drawings, technical specifications, and logistics. Published case-study timelines can provide context, but they should not be treated as standard lead times for every site.
The main variables include floor area, structural design, insulation, HVAC, electrical and sanitary systems, finishes, furniture, and project-specific equipment. Transport, handling, foundations, and installation also affect the total delivered cost, particularly for remote sites or locations with more demanding logistics.