Real vs. Fake: Eco-Industry Demand Split Escalates in 5 Years

Businesses not built on real demands will ultimately decline. The current development of the Environmental protection industry is verifying this fundamental law.

The industry has moved past the most profitable engineering and construction phase, shifting toward a new stage of normalized supervision, quality improvement and efficiency enhancement. Based on observations over the past three years, enterprises of all sizes across various segmented fields of environmental protection are undergoing significant differentiation around real and fake demands.

Specifically, real demands and their supply will continue to rise in line with the logic of "normalized supervision + performance-based payment + quality improvement and efficiency enhancement". In contrast, fake demands and their supply will gradually exit due to the drawbacks of "campaign-style governance + face-saving projects + lack of payment capacity".

Looking back at the end of the 14th Five-Year Plan, what changes have taken place in the supply-demand relationship of the environmental protection industry? What impacts have been generated? What development trends will emerge in the future?

01

Different States of Two Types of Environmental Enterprises: The Differentiation Between Real and Fake Demands Emerges

In the industry's upward phase, differences in enterprises' strategies, management, and even professional capabilities were not obvious. However, in the downward phase, the distinct choices of enterprises across various dimensions become prominent.

Whether an environmental enterprise has deeply engaged in a certain type of real demand over the past decade or earlier determines its current development status.

Real demands stem from long-term governance constraints and stable payment capabilities. They feature repeat purchases, long cycles, and strict service level agreements, ensuring the normal operation of corresponding projects even across cycles.

Typical real-demand projects include supplementing capacity shortages in urban facilities, systematic renovation and trusteeship of river basins/parks, rigid increments brought by normalized systems, and meeting higher standards on the demand side. These projects share common traits: result-oriented, operation-focused, and long-term needed.

Fake demands mostly arise from short-term policy slogans or one-time subsidies.

They involve a large number of projects but often face poor payment collection, emphasizing one-time purchases over subsequent repeat orders. While they can easily expand an enterprise’s book size, their sustainability is weak.

Fake-demand projects concentrate on scenarios such as short-term demonstrations that "prioritize acceptance over operation", following trends in standard upgrades, and rapid landscape construction. Such projects often end with "commencement, acceptance, and settlement" but lack follow-up in "operation and maintenance, repeat purchases, and cost reduction".

Based on sample enterprises, amid market fluctuations in recent years, enterprises focusing on real demands have been less affected. In contrast, those focusing on fake demands have suffered a major impact, with many environmental equipment manufacturing enterprises having switched industries or closed down.

This trend is also evident in the performance of listed environmental companies. Enterprises that previously boosted revenue through serving fake demands have experienced significant performance declines in the later stage.

An enterprise’s adaptability speaks volumes. Those focusing on real demands often possess the ability to provide continuous services and optimize improvements. They can drive or cooperate with customers’ demand upgrades while advancing innovation in line with trends. On the contrary, many enterprises engaged in face-saving projects or producing low-quality products struggle to sustain operations after the ebb of the engineering boom, or are forced to switch industries.

Since the 14th Five-Year Plan, the environmental industry’s downward performance is partly due to the contraction and stabilization of incremental business, which most enterprises have been involved in. More importantly, it reflects the differentiation around real and fake demands—enterprises serving fake demands have seen a rapid collapse in performance.

This trend will further intensify in the next five years, as the industry moves toward a higher-level stage that requires enterprises to possess more advanced capabilities.

02

Underlying Logic of Real Demands: Genuine Supervision, Payability, and Sustainability

During the 14th Five-Year Plan period, the environmental protection sector experienced an abrupt shift from extreme boom to extreme downturn. Many enterprises suffered severe setbacks such as poor performance and difficulty in payment collection. The fundamental reason is that there were not so many real demands in the industry at that time, while a large number of fake demands were released in the short term.

From the perspective of driving factors, real demands are supported by three underlying logics:

Genuine supervision: Pollutant discharge permits, online monitoring, random inspections, credit rating, and joint punishment have gradually raised the "cost of non-compliance" to a level higher than the "cost of compliant governance". Only then can sustainable and growing real demands emerge.

Payability: The model has shifted from "payment upon completion" to "performance-based payment/availability-based payment", and from "one-time fiscal allocation" to diversified payment sources including "government + users + industrial clients". Cash flow is tied to specific indicators such as availability, quality, and energy consumption, with payment rhythms more aligned with the operation period rather than the construction period.

Sustainability: Through measures like lean operation and process optimization, predictable reduction in unit treatment costs is achieved. Taking water treatment as an example, indicators such as energy consumption per ton of water, chemical dosage, and reliable equipment operation duration are continuously optimized, expanding the overlap between compliance and economic efficiency.

From an enterprise perspective, only when these three factors are simultaneously present can a real demand be formed, leading to stable and healthy supply-demand relationships in the long run. A large number of abandoned projects, low-quality projects, and idle projects essentially lack the above three elements, often ending in chaos.

At the current stage:

·In the water sector, "quality improvement and efficiency enhancement of urban sewage + reclaimed water reuse" is a typical real demand. It is bound to the long-term goals of industrial substitution, water conservation, and emission reduction, with a foundation for metering and pricing as well as repeat purchase potential.

·In the air sector, the closed loop of "monitoring—treatment—settlement" formed by ultra-low emission transformation and online monitoring in the steel, cement, and glass industries is a typical real demand.

In the solid waste sector, the compliant disposal volume of hazardous waste is subject to stable institutional and law enforcement constraints. After completing the compliant chain, fly ash resource utilization demonstrates long-term economic viability.

03

Focusing on Real Demands: Core Strategy for the Next Five Years

The significance of focusing on "real demands" lies in at least two aspects: First, projects have a higher success rate, enabling win-win outcomes for all parties and generating stable, predictable cash flow.Second, through continuous feedback from addressing real demands, enterprises are more likely to refine solutions into replicable products and methodologies. Professional services accumulate value over time—this is completely different from undertaking short-term projects with false demands. The former builds a moat through time, while the latter piles up bubbles on the books.

In the future, the industry’s main themes will be "weakening construction, strengthening operation" and "diminishing one-time delivery, enhancing performance-based payment". Tightened fiscal conditions, normalized supervision, and overlapping constraints on energy consumption and carbon intensity will force environmental protection service projects to shift from "pass-through acceptance" to "sustained compliance".

Enterprises that can take responsibility for long-term results, embed risks and returns in contracts, and turn performance indicators into transparent data will develop steadily. On the contrary, players who only seek opportunities in the "commencement—acceptance—settlement" cycle will face an increasingly narrow space.

Specifically, for track selection, real-demand scenarios are clear:

·Fields with daily normalized supervision, such as county-level sewage quality improvement and efficiency enhancement, long-term treatment of black and odorous water bodies, and synergistic disposal of landfill leachate and sludge. These are not one-time "image projects" but long-term tasks requiring annual accountability.

·Park or river basin trusteeship projects with mature payment mechanisms tied to results, which can turn "stable effluent, cost reduction, and carbon emission reduction" into tangible indicators.

·Measurable and reusable industrial scenarios—for example, zero-liquid discharge and reuse of high-salinity wastewater in electronic chemicals, and water conservation and sewage energy efficiency optimization in food and beverage. Mature solutions can be rolled out across factories.

For customer structure, priority partners should be central and state-owned enterprise platforms, park operators, and leading industrial clients with stable cash flow. These clients have three key advantages: strong contract execution, sensitivity to long-term results, and internal mechanisms for continuous improvement.

To match this, environmental enterprises must make their products and services "verifiable". For instance, each technological transformation should clearly calculate the reduction in total cost per ton of water; each optimization should specify annual savings in electricity consumption, chemical dosage, labor, and downtime. Ideally, they should also provide a marginal cost reduction curve after repeat purchases.

In terms of regional strategy, it is advisable to shift from "opening stores everywhere" to "deeply cultivating one province or one city". Use three to five high-density, highly relevant model projects for "rolling replication"—this not only reduces service radius and response time but also turns word-of-mouth into an asset. Such "intensive cultivation" is more likely to increase per capita efficiency and cash recovery rate per contract than "casting a wide net".

At the same time, certain fake-demand minefields should be avoided:

·One-time equipment purchases that "prioritize acceptance over operation": They create a temporary buzz, but payment after acceptance is often a persistent problem.

·Payment structures with "high leverage and low credit": Low down payments, heavy final payments, and vague collection terms mean book profits do not equal cash in hand.

·Models overly dependent on subsidies: Cash flow dries up once subsidies are reduced.

·Projects with "unclear technical boundaries": No clear agreements on fluctuations in influent water quality, extreme operating conditions, or overload operation. Enterprises may end up bearing full responsibility in case of accidents.

We are now at another five-year juncture, and many enterprises are formulating new strategies. Regardless of the specific content, focusing on real demands must be the core. In fact, some enterprises that have already focused on real demands will reap dividends during this period of differentiation.

04

Conclusion: Strengthening the "Certainty" Factors

After the large-scale development in the early stage, the environmental protection industry will enter a phase of normalized supervision, genuine compliance, and high efficiency. Over the next five years, the differentiation around real and fake demands will be the key variable determining enterprises’ development direction.

Normalized supervision brings the "cost of non-compliance" to the forefront. Performance-based payment ties the "rhythm of cash flow" to availability and quality. Full-life-cycle optimization drives the "unit cost curve" steadily downward.

Standing at this watershed, demands that are lively but unsustainable will ultimately backfire on enterprises. Only projects profitable across cycles can be regarded as genuine business. Specifically for environmental enterprises, the importance of certainty factors such as strategic choices and operational management is becoming increasingly prominent.