Integrated Engineering Support for Processing Industry Projects
Engineering design, project management and technical supervision from a single partner
Successful processing industry projects require close coordination across multiple engineering disciplines.
Engineering design, project management and independent technical oversight all play a critical role in ensuring safe operation, reliable technology and regulatory compliance.
Processing facilities frequently involve flammable or explosive materials, pressurised systems and specialist process media. Addressing these conditions requires a comprehensive understanding of the applicable standards, regulations and authority requirements.
Building on its extensive experience in oil and gas projects, Chess Energy supports processing industry investments that present similar engineering and safety challenges.
Chess Energy delivers its services through three complementary engineering capabilities:
Engineering Design
Engineering design of process and surface facilities, pressure equipment and safety systems, from feasibility and concept studies through to detailed design.
Project Management
Technical and organisational coordination of complex investments, with effective alignment between all project stakeholders.
Technical Supervision
Independent technical review of engineering documentation and construction activities to support quality, safety and compliance requirements.
Our objective is to support projects that prioritise safe operation, regulatory compliance and cost-effective performance throughout the facility’s lifecycle.
What engineering challenges may arise in processing industry projects?
Processing industry developments often involve complex engineering and compliance requirements, particularly where the technology incorporates process media with hazardous physical or chemical properties.
In general terms, the processing industry encompasses industrial processes in which raw materials are converted into semi-finished or finished products.
Typical engineering and safety challenges in processing environments may include:
flammable gases, vapours and combustible dust,
high-temperature processes,
pressurised systems,
the handling of specialist process media, including hydrocarbons, acids and alkalis.
These conditions may require extensive knowledge of engineering design and inspection procedures, as well as the relevant standards and regulations.
Verifying that the engineering documentation complies with design calculations, technical requirements and applicable standards may require a multi-level review process.
Projects may also be subject to conformity assessment by an independent third-party certification organisation or Notified Body, such as TÜV.
Processing industry projects typically require close coordination between several engineering disciplines, creating substantial coordination requirements throughout design, construction and technical supervision.
What are the potential consequences of inadequate engineering design or technical supervision?
The consequences of inadequate engineering or incomplete technical review often become apparent only during later project phases or once the facility is operational. At that stage, corrective action may involve significantly higher costs and greater risk.
These risks can be particularly significant in the processing industry due to critical operating parameters such as pressure, temperature and process-medium properties.
Inadequate engineering design or insufficient technical supervision may result in:
Increased capital expenditure
Design deficiencies or construction non-conformities may generate additional costs during project delivery and may even put successful commissioning at risk.
Regulatory and compliance issues
Non-conformities identified during authority inspections may result in penalties or, in more serious cases, suspension of operations.
Process and operational safety risks
Due to critical pressure, temperature and process-medium conditions, inadequate technical solutions may increase the risk of serious process-safety incidents.
One of the key purposes of continuous, multi-level technical oversight is to identify these risks during the earlier stages of the project, when the necessary modifications can generally still be implemented with lower cost and disruption.
How can we support processing industry projects?
Chess Energy can provide engineering support throughout the entire project lifecycle in the fields of engineering design, project management and technical supervision.
Our engineering support for industrial investments is built around three complementary competencies: engineering design, project management and technical supervision.
Engineering design is our core discipline, while project management and technical supervision are also established, standalone services within our portfolio.
Engineering Design
Our processing industry engineering services typically cover pressurised systems, process equipment and the associated safety solutions:
engineering design of pressure systems, including piping networks and storage vessels, together with support for the related permitting procedures,
engineering design and specification of pumps, compressors and heating centres,
process optimisation and process simulation to reduce operating deviations and improve process performance,
coordinated multidisciplinary engineering across process engineering, mechanical engineering, industrial architecture, structural engineering, instrumentation and control, electrical power supply, lightning protection, fire protection, explosion protection, environmental protection and occupational safety.
Project Management
Our project management services for the processing industry focus on the technical and organisational coordination of investments and the effective alignment of all project stakeholders.
Delivering a major industrial investment may exceed the internal resources available to the client.
In these situations, we can take responsibility for the technical and organisational management of the project, enabling the investor to remain focused on its core business activities:
coordination of the different engineering disciplines and stakeholders throughout design and construction,
engineering support for the selection and procurement of specified equipment,
alignment of the project schedule with the investor’s commercial interests while maintaining the required technical standards,
provision of construction-phase design support from our own engineering resources, where required, including for designs supplied by the client.
Technical Supervision
The purpose of technical supervision in processing industry projects is to identify discrepancies between the specified and delivered quality at an early stage.
Our in-house technical supervision team can contribute to more transparent and predictable project delivery through:
supporting multi-level design compliance reviews covering calculations, technical requirements, standards and regulations,
continuous or milestone-based technical supervision of construction activities and on-site inspections,
supporting the preparation and documentation of third-party conformity assessment procedures involving a Notified Body, such as TÜV,
reviewing installed equipment and technical solutions against the approved engineering documentation and applicable standards.
What processing industry environments have we worked in?
Chess Energy has engineering experience across a range of processing industry environments involving specialist process media, pressurised systems and enhanced fire and explosion protection requirements.
Our experience in the following industrial environments can support earlier risk identification and more effective project preparation.
- 1
Chemical Industry
handling of solvents,
manufacturing of paints and adhesives,
production of cosmetics and household cleaning products,
manufacturing of plastic raw materials.
- 2
Selected Food Processing Applications
dairy processing,
vegetable oil processing,
production of food additives.
- 3
Paint and Coating Manufacturing Facilities
handling of flammable process media, vapours and aerosols.
In recent years, we have participated in the delivery of several projects involving facilities that manufacture cosmetic products.
Our engineering experience in fire and explosion protection provided a particular advantage in these environments.
Our engineering background was established primarily through oil and gas projects, where we encountered many of the same technical and safety challenges that arise in the processing industry.
In many cases, this experience can be applied directly to processing industry investments.
In what project situations do we most frequently provide engineering support?
The need for processing industry engineering support typically arises during new investments, facility expansions or process upgrades.
Chess Energy most frequently supports clients in the following project situations:
engineering design and construction of new production facilities, including coordination with the relevant authorities,
expansion of existing facilities, including site extensions, demolition and modification works where required, together with the associated engineering and project-management activities,
production-line expansion and localisation of internationally sourced technologies, including installation design, integration with existing systems and compliance with local legal requirements,
engineering design for the replacement of process units and preparation of the associated equipment specifications,
development of the client’s operational and investment concepts, including expansion, optimisation or process simplification, from feasibility and concept studies through to detailed design,
preparation of technical and financial feasibility studies,
engineering design of modifications required for regulatory compliance and coordination with the relevant authorities,
procurement of equipment with technical and engineering support.
From project preparation through to implementation, Chess Energy provides engineering support tailored to the technical and organisational requirements of each individual investment.
Why choose Chess Energy for processing industry projects?
In the processing industry, the approach to project delivery is just as important as technical expertise.
At Chess Energy, engineering design, project management and independent technical oversight are treated as complementary capabilities that support more predictable project delivery.
High Technical Standards
Our objective is to produce high-quality engineering documentation that goes beyond mandatory compliance and provides practical, valuable information for both the client and the facility operator.
Investor Priorities and Engineering Quality
During project delivery, we aim to maintain the required engineering standards and a realistic schedule while also protecting the investor’s commercial and operational interests.
In-House Engineering Resources
Our in-house technical supervision team and, where required, construction-phase design support provided through our own engineering resources can contribute to more efficient and transparent project delivery.
Hungarian and International Compliance
Our engineering solutions take both Hungarian and international compliance requirements into consideration.
Decades of Industry Experience
Our specialists have several decades of practical experience in industrial environments subject to stringent technical and safety requirements.
Let’s Discuss Your Project
Are you planning a processing industry investment or facility expansion, or do you have a project that requires engineering design, project management or independent technical supervision?
Let’s discuss how the right engineering resources can support safe operation, regulatory compliance and the cost-effective, long-term performance of your investment.
For further information about processing industry engineering design, project management or independent technical oversight, please explore our frequently asked questions.
Frequently Asked Questions – Engineering Support for the Processing Industry
What types of processing industry projects may require engineering support?
Engineering support may be required where a project involves hazardous process media, pressurised systems or enhanced fire and explosion protection requirements.
This may include new production facilities, facility expansions and process-modernisation projects.
The scope and form of support can be tailored to the specific requirements of each project.
When should an engineering specialist be involved in a new investment or facility expansion?
An engineering specialist should ideally be involved during the early project-development stage, while the technical and commercial direction of the investment can still be shaped.
Early involvement can help establish realistic expectations regarding feasibility and identify potential risks before major investment decisions are made.
What risks can arise from inadequate process engineering or technical supervision?
Inadequate engineering design or insufficient technical supervision can result in additional costs, regulatory issues and, due to critical operating parameters, significant operational safety risks.
These non-conformities often become visible only at a later stage or during facility operation. Continuous technical oversight can help identify potential problems early enough for corrective action to be taken.
When may explosion protection or fire protection engineering be required?
Explosion protection or fire protection engineering may be required where the process involves flammable gases, vapours or combustible dust, or where specialist hazardous media are handled.
Appropriate engineering solutions in these areas may be essential for both safe operation and regulatory compliance.
What regulatory approval and compliance requirements may apply to processing industry projects?
Processing industry developments may involve several authority approval and compliance areas, ranging from pressure-equipment approval to fire protection, explosion protection and environmental requirements.
In many cases, the project may also require a conformity assessment procedure conducted by an independent third party, such as TÜV. Thorough preparation of these procedures can be an important factor in maintaining compliant and efficient project progress.
What engineering support may be required for a production-line expansion or process upgrade?
For production-line expansions and upgrades, we can support the localisation of internationally sourced technologies, the engineering design of on-site installation and process integration, and compliance with local legislation.
Process simulation can also contribute to improving the utilisation and performance of existing systems.
The objective is generally to implement the expansion while minimising disruption to ongoing operations.
When may process simulation or a feasibility study be appropriate?
Process simulation or a feasibility study may be appropriate during the early project-development stage, before major investment decisions are made.
These activities support the preliminary assessment of process performance, identification of project risks and evaluation of potential optimisation opportunities, contributing to more informed decision-making.
What does third-party conformity assessment by a Notified Body, such as TÜV, mean in an industrial project?
Third-party conformity assessment means that an independent certification organisation or Notified Body, such as TÜV, examines and certifies whether the engineering documentation or installed technical solutions comply with the applicable requirements.
This may be particularly important for pressurised systems and facilities that handle hazardous process media or are subject to enhanced safety requirements.
Appropriate documentation and thorough preparation can contribute to a more efficient conformity assessment process.
