PT. Bina Rekacipta Utama Services

The services range from feasibility studies is including project management, engineering and design, procurement, construction and commissioning activities.

Ensure that your project is viable with a feasibility study from PT. Bina Rekacipta Utama.
When considering and planning a potential project, you need to base your decisions on accurate information. 
Our feasibility study services will help you determine with respect to technical soundness, operational flexibility and economic viability of your project and collate the details you need to secure funding.

Why Use a Feasibility Study from Bina Rekacipta Utama?

Our highly experienced project finance experts carefully assess your project proposal to deliver the information that investors need to base their decisions on. As a trusted independent third party, we can help you:

Determine if your project is viable and if any conditions need to be met before investment. 
Gain accurate information of potential projects based on a thorough review of specifications, licenses and permits, location and site visits, economic analysis and supplier qualification Assess risk accurately through our careful analysis

ACCURATE FEASIBILITY STUDY SERVICES FROM THE NATIONAL'S MOST TRUSTED PROVIDER

As a trusted national leader in feasibility studies, we offer you unrivaled experience gained across a diverse range of projects across all sectors. That is why our trusted evaluation methods and highly specialized engineers are the first choice for clients across the globe.

Our feasibility Study Services Include:

• Design review
• Site visit
• Tender support
• Specifications review
• Support in the selection of suppliers and subcontractors
• Permits and licenses review

 

PT. Bina Rekacipta Utama is a one of the best leader in field development planning; unmatched by our competitors either in terms of the techniques and processes employed or in terms of our experience. PT. Bina Rekacipta Utama's approach is designed to both supplement and compliment the knowledge and drivers of our Clients. Our expertise serves to effectively identify, define and select the optimum business solution for a development whilst using an approach that aligns with Operator Governance processes. 

There are many elements that differentiate our service from others, but some key areas include:

  • performing Option Identification by breaking the development down into building blocks and development of options by business strategy
  • developing robust technical and cost definition using our state of the art, in-house modelling toolADEPT which we consider to be superior to all commercially available software of this type, contact us to discover why
  • Option selection (decision support) using a suite of proven risked base techniques

PT. Bina Rekacipta Utama understands the importance of the reservoir facilities interface and as such we work closely with operator subsurface (and drilling) engineers during the early phases of a project: we understand the strengths and weaknesses of integrated production modelling and can help tune such models to better reflect the surface facilities constraints; importantly, our approach to option definition recognises that different solutions will deliver different value (recovery); we work with the Operator to determine the maximum value solution and do not simply focus on identifying the minimum cost solution. 

Optimum derivation and assessment of development options is supported by the comprehensive knowledge base that we bring to bear. Quite simply our full spectrum engineering skills coupled with our complete cradle to grave expertise, allows us to fully understand the value, merits / demerits and technical feasibility of every option under consideration. 

Whether it is a subsea, surface or onshore based development time and again our deeper understanding of the entire life cycle of an asset allows our teams to help the Operator maximise the value of front end thinking rather than simply achieving “front end loading”.

PT. Bina Rekacipta Utama's core competencies in the Engineering and Design market have been driven by its capability and capacity to scale up and execute multi-discipline detailed engineering and design projects.

Following are the list of Detailed Engineering and Design services including but not limited to:

Process

  • Preparation / Updation of P&IDs (CAD as well as Intelligent)
  • Review of Process information and conformation on the adequacy of the facilities envisaged
  • Updating the Process package for further Engineering
  • Safety and Loss Prevention Engineering
  • Thermal Design for Equipments

Mechanical Equipment (Static, Rotating and Package)

  • Review of Equipment Data Sheets in line with the process updations
  • Mechanical Design and Calculation Report
  • Preparation of Detailed Fabrication Drawings
  • FEM and FEA

Piping

  • Equipment and Piping Layouts
  • Piping General Arrangement Drawings
  • Pipe Stress Analysis
  • Piping Material Specification
  • Piping Load Calculation
  • Surge Analysis
  • Isometrics & BOM
  • Pipe Supports Design
  • Tracing / Jacketing

PT. Bina Rekacipta Utama provide Oil, Gas and Energy Expertise. Oil and gas is our core sector. With an industry-wide skill shortage, our oil and gas clients are always on the lookout for the best talent. So, whether you’re looking for permanent or contract roles, we’re confident that we can help you. Our consultants are experts at finding you the right work, no matter where you are in the world, so please browse our current opportunities to find your perfect job.

With an ageing population and an increasing demand for oil and gas, a skills shortage in the oil and gas industry has appeared. We recognise that finding the right people in the oil and gas sector is a challenge and we aim to meet it head-on by offering a range of individuals with the technical and commercial skills to meet demand in established and emerging gas and oil regions.

From upstream exploration and production and midstream processing and transport through to downstream refining, marketing and trading, we works with specialists including EPC’s, operators, consultants, manufacturers and service providers to meet the needs of the oil and gas sector. 

PT. Bina Rekacipta Utama has the capacity to supply the right teams and individuals to carry out the following functions and job types required by the oil and gas sector :

  • Exploration and geosciences
  • Field development
  • Off-shore platform facilities
  • Sub-sea facilities
  • Floating production facilities
  • Onshore gas and oil processing
  • Compression
  • Refineries
  • LPG and petrochemicals plants

PT. Bina Rekacipta Utama also serve development of a number of strategic projects. Company policies and procedures require involvement of a qualified, experienced and independent Certifying authority.

The scope of work of the Certifying Authority is the provision of the Verification, Certification, Marine Warranty Surveying and Third Party Inspection services for the client of Oil and Gas Project Team throughout the life cycle of the projects starting from the Basic and Feed until the startup Existing Offshore Fields.

For the study basis, key elements of the economic evaluation include the following :

  • Constant Dollars
  • Natural Gas Storage
  • Natural Gas Demand
  • Natural Gas Supply
  • Development
  • Cost Estimate Uncertainty
  • Risk Management
  • One Size Fits Most
  • Study Boundaries

PT. Bina Rekacipta Utama is a Pipeline Integrity Management Services.
We has been an active participant in all phases of pipeline Integrity services including pipeline design, installation, operation, and maintenance as well as assessment studies of pipelines failures and ruptures, and preparation of forensic data and documentation.

Our pipeline integrity management projects have spanned international borders, onshore and offshore Liquid and Gas lines, and Gas Distribution lines. These include :


Integrity Solutions

  • Pipeline Integrity Management Systems (PIMS) Procedures
  • Fitness-for-Service (FFS
  • Verification (Design, MAOP, RUL and Corrosion Rate)
  • Stability Assessment (Pipeline Span and On-Bottom Stability)
  • External Corrosion Direct Assessment (ECDA)
  • Direct Assessment (ICDA)
  • Stress Corrosion Cracking Assessment (SCCDA)
  • Confirmatory Direct Assessment Program
  • ILI -Interpretation
  • Remediation Program
  • Regulatory Compliance Services (49 CFR DOT 192 and DOT 195)
  • Documents required for Statutory Approvals
  • PSM and HAZOP
  • Technical Audits
  • Internal Corrosion
  • Welding Procedures
  • Aging Infrastructures Upkeep
  • Software & Data Management



 

Risk and Corrosion Management

  • Risk Based Inspections (RBI)
  • Buried Pipeline Integrity Assessment
  • High Consequent Area Risk Assessment
  • Threat Identification and Risk Analysis
  • Damage Assessment
  • Cathodic Protection
  • Materials Testing (Soil Resistivity, Coating, Mechanical and Metallurgical
  • Corrosion Mitigation
  • Inspections (CIS, DCVG, PCM and NDE)
  • Maintenance Methodologies
  • Corrosion Inhibitors



 

Related Pipeline Services:

  • Design Capabilities for the Oil & Gas Industry
  • Petrochemical Industry Training and Seminars
  • Asset Integrity Management
  • Forensic Engineering and Failure Analysis Case Studies A-Z List
  • Piping, Pressure Vessel, Refinery - Fire Damage Assessment
  • Pipeline Transmix Testing Services
  • Volume and Flow Measurement Services

Structural integrity management (SIM): The means of ensuring that the people, systems, processes and resources that deliver structural integrity are in place, in use and will perform when required over the whole lifecycle of the structure in accordance with the Offshore Installations and Wells (Design and Construction, etc.) Regulations. 

The means of ensuring structural safety on floating structures is currently being formulated. As many floating installations have a degree of Class, the interaction between the requirements of Class and the Regulations is under study. However principles and technical requirements will probably not change.

Impact of this policy
The standard set by this policy is compatible with the International Standards Series for Offshore Structures and there should be no adverse impact on new installations, or on existing structures. A structured approach to structural integrity should bring considerable benefits, especially in relation to ageing and life extension matters.

Nature of threat
SIM activities cover these elements and are monitored by independent verification. These changes have necessitated a change in the way structural integrity is approached and the requirement for a managed approach has developed.

PT. Bina Rekacipta Utama has been developed for oil and gas production for over 15 years, and a significant body of structural integrity management (SIM) practice has developed. This practice must now reflect the fact that structures are in various phases of damage and/or deterioration, including those that now exceed their originally intended operating life.

SCEs (Safety Critical Elements) are defined (in the Offshore Installations (Safety Case) Regulations 2005 (SCR) as parts of an installation and its plant whose purpose is to prevent, control or mitigate major accident hazards and the failure of which would cause or contribute substantially to a major accident.

Risk level
There are no precise methods to quantify risk of structural failure and sound engineering principles are required to keep this risk to a low level. These principles involve interactions between design, construction and life time inspection and the management of these interactions. Managing the risk by use of techniques and methods in the ISO Standards for offshore Structures is used to ensure that no sudden, catastrophic failure is encountered.

Good practise
Management elements of all safety systems should be drawn together in the duty holder’s management system and elements for a structural integrity management system that follows good practice include:
 

  • Organisation and management
  • Structural integrity management policy and strategy
  • Inspection strategy
  • Information management
  • Structural evaluation
  • Sub-sea intervention
  • Audit, review and continual improvement
  • Documentation
  • Life extension evaluation


Background
With many offshore installations in the UK sector of the North Sea now reaching or exceeding their original anticipated design life, there is a particular need to evaluate approaches to structural integrity management by offshore operators to ascertain their adequacy in managing ageing structures. In addition to this, a significant proportion of the ageing structures are now operated by duty holders who are not the original duty holders and hence may have limited knowledge of the structural integrity history of the structure. A pilot study by HSE, undertaken during 1995-1996 and the results of the KP3 audit programme have highlighted the varying approaches to structural integrity management by duty holders, in terms of both the methods used and their effectiveness.

The definitive modern standards for structures are those of the International Standards Organisation (ISO) which contain world wide, harmonised practice :

  • ISO 19902 for Fixed Steel Structures
  • ISO 19903 for Concrete Structures
  • ISO 19904 for Floating Installations


Legal requirements

Offshore Installations (Safety Case) Regulations 2005
Offshore Installations and Wells (Design and Construction, etc) Regulations1996
Offshore Installations (Prevention of Fire and Explosion, and Emergency Response) Regulations 1995 (PFEER)

Examples of evidence and remedial actions
Compliance with ISO Standards or equivalent which includes:
An appropriate SIM system which is achieved by identifying the gaps in current installation specific operating practice and the practice outlined in the ISO Standard, prioritise the needs, assess resource needs and costs, and managing their implementation. This may cover all or some of the following :

  • Programme
  • Documented gap analysis
  • Identification of resources
  • Budget requirements
  1. Identify current practice : 
    In order to aid the gap analysis, current practice should be identified in a structured manner and be documented.
  2. Identify good SIM practice :
    The good SIM practice is provided in the relevant ISO standard.
  3. Gap analysis
    The objective of the gap analysis is to identify discrepancies between current practice and good practice, and prioritise where improvements are required.
  4. Develop implementation plan : 
    The implementation plan should be based on the Gap analysis, taking into consideration realistic budgets, timescales, resources and time constraints. The implementation plan should include the following:

  5. The implementation plan should be fully documented and provide appropriate rationale for any departures from good practice.

  6. Delivery of implementation plan : 
    The implementation plan should be delivered as a formal project.
  7. Monitor and feedback : 
    The effectiveness of the implementation plan should be reviewed periodically and the implementation plan adjusted when required

To reduce health risks on your site, PT. Bina Rekacipta Utama provides a human health risk assessment. Contact our experienced team today to protect your workers and provide a safe and healthy working environment.

Exposure to emissions, residues and chemicals that are side effects of industrial processes can cause health hazards for your employees and visitors to your workplace. To protect your people from health risks of contaminants, our human health risk assessment is an integral part of your environmental management plan.

Using the latest software and imaging techniques, our human health risk assessment uses computer mapping to simulate potential pollution pathways. We look at concentration levels and estimated exposure rates. We assess what the impact of that exposure could be on your site workers as well as the local community population.

We can cross-reference this data with up-to-the-minute toxicological information from international databases to determine current safe levels for each scenario.

We also examine the potential impact on groundwater resources and local ecosystems.

A robust human health risk assessment will allow our experienced teams to consider any action you need to take to meet any regulatory needs for optimum health and safety on your site. Call us today for solutions to protect your people.

Ensure that your project is viable with a feasibility study from PT. Bina Rekacipta Utama. When considering and planning a potential project, you need to base your decisions on accurate information. Our feasibility study services will help you determine the viability of your project and collate the details you need to secure funding. 

Why Use a Feasibility Study from Bina Rekacipta Utama?

Our highly experienced project finance experts carefully assess your project proposal to deliver the information that investors need to base their decisions on. As a trusted independent third party, we can help you .

Determine if your project is viable and if any conditions need to be met before investment. Gain accurate information of potential projects based on a thorough review of specifications, licenses and permits, location and site visits, economic analysis and supplier qualification Assess risk accurately through our careful analysis

ACCURATE FEASIBILITY STUDY SERVICES FROM THE NATIONAL'S MOST TRUSTED PROVIDER

As a trusted national leader in feasibility studies, we offer you unrivaled experience gained across a diverse range of projects across all sectors. That is why our trusted evaluation methods and highly specialized engineers are the first choice for clients across the globe. 

Our feasibility services include :

  • Design review
  • Site visit
  • Tender support
  • Specifications review
  • Support in the selection of suppliers and subcontractors
  • Permits and licenses review

 

Back to Top