An industrial park is a systematic project with interlinked stages throughout its entire lifecycle; in short, it involves "handling the entire process. "
This encompasses the ability to be involved in the entire process— from the planning and land acquisition stages of a project, through product design, cost control, industrial positioning, project financing, tenant recruitment and operations, to exit strategies .
To better drive the construction and operation of industrial parks, the “P+F+EPC+O” model has gradually emerged and plays a significant role in industrial park operations.

Planning Phase: An Operational Perspective

The "P+F+EPC+O" model provides a full-process service system encompassing "planning, design, and operations."
This model is driven by the "P" component—overall industrial development planning—which approaches park development and operations from a top-level design perspective, subsequently guiding the implementation of services across all phases.
(P—Project Planning, F—Financing, EPC—End-to-End Construction Management, O—Tenant Recruitment and Operations)
This model is characterized by precise planning as the first step, cross-regional collaboration, full-chain services, digital leadership, and intelligent operations.
On one hand, it leverages the leading role and strategic vanguard function of consulting and planning services, integrating design, procurement, and construction to shorten the construction cycle and improve construction quality.
On the other hand, once the facility is completed and put into operation, various business units can collaborate to empower one another, share resources, form an industrial ecosystem, enhance spatial quality, and create new value .
The front-end “P” (Consulting) is a touchpoint-based business.
Industrial parks have annual budgets for consulting services, and regions have budgets for the 14th Five-Year Plan. Striving to secure consulting contracts to gradually enter the market with a light-asset approach, and eventually develop heavy-asset projects, are all strategies that can be considered under this model .
The back-end “O” (Operations) is based on diversified business operations.
Strictly speaking, industrial parks, as primary platforms for industrial cultivation and incubation, do not fall within the scope of traditional public infrastructure.
Accordingly, the design and construction of the park are not the project’s main challenges; subsequent industrial planning, project attraction, platform development, industrial services, atmosphere creation, and industrial investment are far more critical.As a comprehensive undertaking, the investment, construction, and operational management of industrial parks together form a complete EPC workflow.
EPC (Construction Management) General Contracting Model
Under the EPC model, enterprises entrust the design, procurement, and construction phases of engineering projects to a general contractor, with the aim of controlling project costs while ensuring timely completion.

Derivative Models: Mitigating Risks

F+EPC refers to a model where the EPC contractor undertakes the financing, design, procurement, and construction of the entire construction project . In other words, it adds a financing component to the standard EPC model.
Drawing on the “financed contracting and export credit-backed EPC” approach used by domestic construction contractors for overseas projects, participants include local governments, platform companies, contractors, and financial institutions.
To mitigate compliance risks, most local governments do not act directly as the project entity when implementing F+EPC projects; instead , they designate a financing platform company or a local state-owned enterprise to serve as the operating entity. While the project is essentially backed by government credit , there are no substantive guarantees or backstops.
In practice, there are three main approaches:
Equity-based: The EPC contractor and the project owner jointly establish a joint venture. With the assistance of the EPC contractor, the joint venture raises project construction funds to pay for the EPC engineering, procurement, and construction costs.
Debt-based: The EPC contractor provides construction funds to the project owner through entrusted loans, trust loans, or other forms of borrowing, which the project owner then uses to pay for the EPC engineering, procurement, and construction costs.
Deferred Payment Model: The EPC contractor finances the construction in advance; a portion of the EPC engineering general contracting fees is paid during the construction period, while the remaining portion is deferred by the project owner, or the contract grants the project owner the right to defer payment of part or all of the EPC engineering general contracting fees .
Its legal characteristics are as follows:
1. From an investment perspective, the “Financing + EPC Model” is a financing model. All project funds are invested by the investor using either their own capital or borrowed funds; government departments do not contribute any funds prior to project completion and handover. The investor (or a member of the consortium) must possess construction qualifications, i.e., be a construction enterprise. Their legal status in a “Financing + EPC Model” project is equivalent to that of a general contractor in construction practice.
2. The “Financing + EPC Model” is applied to government infrastructure projects. During the construction phase, the investor (contractor) must hold the project’s contracting rights; therefore, the government permits construction under a capital-contributing contract.
3. Upon completion within the stipulated timeframe, the project is immediately transferred for consideration. According to the government, the investor is only required to construct the project and is not required to operate it. After completion, a government department (a government-authorized implementing entity, such as a government platform company) repurchases the project by paying the principal and interest to acquire ownership, and the investor’s primary source of income is contract revenue.

Industrial Positioning and Precise Planning

The key advantage of this model lies in its ability to “handle heavy burdens with ease.” While the investor may appear to bear a heavy burden, their role is essentially that of a “master steward.”
If executed with sufficient sincerity and integrity, and if the institutional framework is designed in a sufficiently rational and scientific manner, this model is actually highly aligned with the nature and division of labor within industrial parks.
By having social capital—which operates under more flexible mechanisms and systems—serve as an enabler, we can help government-led industrial park platforms expand their high-quality operational assets, assist them in fulfilling their mission of supporting and upgrading regional industries, and help them secure operational cash flows from diverse sources, including government channels, the market, and capital markets.
In the field of “revitalizing existing assets through financial capital,” there remains a significant shortage of practitioners who can effectively establish profitable business models, manage risks across all stages, and demonstrate a deep understanding of urban industrial clustering alongside sound operational strategies . Such professionals must possess a combination of “industrial planning capabilities, resource integration capabilities, asset management capabilities, and capital operation capabilities.”
Currently within the industry, there is a relative abundance of macro-level industrial analysis and micro-level park planning. The key to distinguishing planning capabilities lies in effectively integrating these two approaches to interpret regional industrial positioning, organize local industrial resources, formulate park development goals, and design the functional structure of the park.
In the back-end operational phase, results-oriented horizontal integration and coordination of various resources and services are required to fulfill responsibilities to the property owner, the project, and the tenant enterprises.
Although high-quality construction model design can lead to high-quality investment promotion, precise industrial positioning and planning are the true keys to the successful development, construction, and operation of industrial parks.
Imagine a scenario where, in the absence of top-level design, a project’s industrial positioning lacks scientific rigor and systematic coherence. This often leads most projects to treat planning as mere conceptualization—addressing idealized future development goals without outlining the pathways or methods to achieve them.
Due to the delayed involvement of the “O” party, the “P” end lacks functionality. Consequently, during the construction and implementation process, the “EPC” contractor imposes no specific operational accountability on the participating parties. As a result, these parties are not held responsible for the rights they possess, and overall investment returns lack effective management.
Ultimately, this leads to a series of issues that cause the project to fail, including difficulties in project implementation, operational disconnects, increased costs, designs that do not align with client needs, an overall plan that cannot be adjusted to meet operational requirements, poor post-completion operations with weak returns, and funding shortages.
It is evident that by getting involved from the very beginning of the project’s initiation and collaborating with the owner and the EPC contractor to conduct scientific and professional evaluations of the project from multiple dimensions, we can break the vicious cycle and common pitfalls where “planning is not accountable to the strategy, the strategy is not accountable to the industry, and the industry is not accountable to operations.”