Modular Fabrication

Modular Fabrication

Jereh provides customers with a complete and efficient range of modular solutions for the oil and gas, power and refining industries based on the expertise on project management, engineering, procurement and extensive onshore and offshore modular manufacture, inspection, commissioning and after-sales service.
Business Scope
  • Gas Dehydration Dew Point Control Unit Amine Sweetening Unit Hydrocarbon Recovery LPG Recovery
  • Regulating & Metering Skid Condensate oil stabilization MEG Regeneration & Injection Skid Mounted Test Separator Mobile Test Separator Unit
  • Mobile Oil Separator & Mobile Oil Treatment Unit (MOS & MOT) High-efficiency Oil, Gas & Water Separator Electrical Dehydrator & Desalter
  • Professional Team
    Jereh‘s professional engineering design team is equipped with advanced design and project management tools, and process design and FEED complying with international standards and norms.
  • Global Procurement System
    We are capable of supplying competitive equipment and materials to guarantee delivery and meet project requirements, leveraging Jereh’s abundant supplier resources in over 40 nations worldwide and sourcing centers located in China, U.S. Canada, Russia as well as U.A.E.
  • Manufacturing Capability
    Having been cultivated in high-end equipment manufacturing for more than a decade, Jereh now owns a professional and experienced team who conducts the production and quality management with international standards (such as API Q1, ISO 9001, OH SAS 18001, ASME and TSG Certification). Our 7 production bases with a full range of processing equipment can satisfy diversified machining needs and realize quick delivery.
  • Global Transporting Strength
    Jereh has established strong relationship with multiple partners who have advantages in transportation cost and services. They can deliver products to our clients timely and safely through reasonable arrangement.

Design and Manufacturing Qualifications

  • Engineering design certification
    Engineering survey certification
    TSG quality assurance system
    Pressure vessel design and manufacturing qualification (D1/D2)
    Pressure piping components manufacturing qualification
    Pressure piping design qualification (GC2/GC3)
    Pressure vessel design qualification (A2)
    ASME U qualification
    NB registration
  • NB-R qualification
    CWB welding qualification
    CU-TR certification
    CE certification
    PED certification
    CCS certification
    BV certification
    SGS certificate
    Australia vessel pressure registration

Oil & Gas Process Facilities

  • 01 TEG Dehydration Unit
  • 02 Molecular Sieve Dehydration Unit
  • 03 Natural Gas Dew Point Control Unit
  • 04 Amine Sweetening Unit
  • 05 Hydrocarbon Recovery Unit
  • 06 Condensate Stabilization Unit
  • 07 MEG Regeneration & Injection Unit
  • 08 Regulating and Metering Unit
  • 09 Skid Mounted Test Separator Unit
  • 10 Mobile Test Separator Unit
  • 11 High Efficiency Oil, Gas & Water Separator
  • 12 Electrical Dehydrator & Desalter
  • TEG Dehydration Unit

    Parameters:

    Processing Capacity: 3~140MMSCFD

    Operation Flexibility: 50~120%

    Natural Gas Inlet Pressure: 362.5~1,450 psig

    Natural Gas Inlet Temperature: 15~45℃

    Natural Gas Outlet Dew Point: as low as -30℃ (under operation pressure

    Features:

    Modular design and highly mechanical-electrical integration of processing unit to minimize the on-site installation workload

    Self-support design supports the automatic operation without resources like electricity and gas, suitable for remote well sites

    High performance of structured stuffing and trays help raise absorption efficiency and operation flexibility.

  • Molecular Sieve Dehydration Unit

    Parameters:

    Processing Capacity: 3~140 MMSCFD

    Operation Flexibility: 0~120%

    Natural Gas Inlet Pressure: 29~1,450 psig
    Natural Gas Outlet Dew Point: -60℃~-40℃ (under operation pressure)
    Features:
    Modular design reduces on-site installation workload.
    High absorbability and excellent high-temperature dehydration performance.
    Insensitive to gas temperature, pressure and flow rate variation.
    Optimized regeneration process to minimalize the consumption of regenerative molecular sieve.
  • Natural Gas Dew Point Control Unit
    Parameters:
    Processing Capacity: 3~180 MMSCFD
    Operation Flexibility: 50~120%
    Natural Gas Inlet Pressure: 290 ~1,450 psig
    Natural Gas Inlet Temperature: 10~40℃
    Outlet Water Dew Point: -10℃
    Features:
    Modular design and highly mechanical-electrical integration of processing unit are easy for on-site installation.
    Two stage MEG injecting process saves the energy consumption of glycol during regeneration.
    Heat-exchange equipment with high efficiency realizes the lowest energy consumption of cooling system.
  • Amine Sweetening Unit
    Parameters:
    Processing Capacity: 3~140 MMSCFD
    Operation Flexibility: 50~120%
    Natural Gas Inlet Pressure: 290~1,450 psig
    CO₂ Removal Capacity:<0.005%            
    H₂S Removal Capacity:<5mg/m 3            
    Features:
    Modular design with less on-site installation workload and cost.
    Optimal amine solvent proportion to lower the circulation of amine solvent which can further reduce cost, floor area as well as energy consumption.
    Full process design package and delivery including amine solvent absorption and regeneration, flare sour gas, deionized water, thermal stabilization & desalting units.
  • Hydrocarbon Recovery Unit
    Features:
    Maximized recovery rate for C₂ +
    Specific NGL recovery rate to minimize the energy consumption.
    Gas quality complies with related specifications for sales.
  • Condensate Stabilization Unit
    Features:
    Customized process design for specific project needs.
    Reid vapor pressure reduced to 8 psia.
    Quality of stabilized condensate conforms to production requirements (water content and H 2S content etc.)
    Energy optimization saves the CPEX & OPEX.
    High stability.
  • MEG Regeneration & Injection Unit
    Features:
    Highly-integrated skid saves floor area and construction time.
    Lean MEG concentration up to 80%(wt) MEG+20% (wt) H₂O
    Reasonable design to avoid the thermal degradation of glycol.
    Minimal loss of MEG.
    Maximum heat recovery to lower the energy consumption.
    High stability.
  • Regulating and Metering Unit
    Features:
    Processing capability up to 230 MMSCFD
    Metering deviation down to 0.3%
    Measurement of flow rate complies with AGA standard
    High stability
  • Skid Mounted Test Separator Unit
    Features:
    Skid mounted unit and operation on small well site, easy to install and remove.
    Accurate flow rate measurement of gas, oil and water.
    Reasonable design and internal operation bring highly-efficient separation of oil, gas and water.
  • Mobile Test Separator Unit
    Features:
    Skid mounted unit and operation on small well site, easy to install and remove.
    All the equipment and apparatus are suitable for frequent operation and various working environment.
    Mobile and flexible for differentiated well sites.
    Automatic control can eliminate human factors and reduce maintenance cost accordingly.
    Solar panels equipped for self-supply of power
  • High Efficiency Oil, Gas & Water Separator
    Features:
    Integrated functions for less occupation and cost of equipment.
    Heating medium can be either hot oil or explosion-proof combustor system.
    Optimized electrical field mode and maximized dehydration efficiency.
    High stability.
  • Electrical Dehydrator & Desalter
    Features:
    Flexible and reliable electrostatic separation of flocculation.
    Water content can be processed to 30%.
    Oil production site: down to 40mg/L & 0.5% BSW
    Refinery equipment: down to 3mg/L & 0.1% BSW
    Optimized electrical field and maximized dehydration efficiency.

Project Examples

Gas Processing Project in Pakistan

Location:Pakistan

Service Range:EPCC

Description: hydrocarbon dew point control equipment, gas boosting compressor, condensation stabilization equipment, MEG regeneration equipment, bulk equipment and facilities

FPCDL Gas Processing Project in Pakistan

Location:Pakistan

Service Range: EPCC

Description: separator, sulfur recovery system, dehydration system, ammonia units and flare system

Natural Gas Processing Project in Qinghai

Location:Qinghai Province, China

Capacity:35.3MMSCFD (100X104 Nm³/d)

Description:test and production separator, low temperature separator and exchanger, propane refrigeration, MEG regeneration & injection unit

Dew Point:-15℃(winter), 0℃(summer)

Natural Gas Processing Project (HDCP Package) in Qinghai

Location: Qinghai Province, China

Service Range: EPC

Capacity: 70.6MMSCFD (200x104Nm³/d)

Description:test and production separator,low temperature separator & G/G exchanger,J-T;valves,MEG regeneration & injection unit,mixed hydrocarbon stabilization package.

Dew Point: -15℃(winter), 0℃(summer)

Natural Gas Collecting and Dehydration Station in Jilin

Location: Jilin Province, China

Capacity: 7.06 MMSFCD (20x104 Nm³/d)

Description: production and test manifold, test and production separator, water-bath heater, filter & separator package, molecular sieve gas dehydration, fuel gas metering package, alcohol injection package, drainage tank, control system and electrical system.

Dew Point: -55℃

Gas Processing Project in Pakistan
FPCDL Gas Processing Project in Pakistan
Natural Gas Processing Project in Qinghai
Natural Gas Processing Project (HDCP Package) in Qinghai
Natural Gas Collecting and Dehydration Station in Jilin
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