Summary of Key Points
Over the past 20 years, China's environmental protection industry has primarily focused on the "end-stage" solutions for pollution, such as wastewater treatment plants and waste incineration facilities, which have addressed the issue of infrastructure gaps. However, the industry is now facing a "terminal dilemma": intense competition, limited room for innovation, and revenue dependence on the volume of waste or wastewater being processed, which contradicts the goal of reducing pollution. In the future, environmental protection companies need to shift from simply treating pollution to improving resource efficiency by extending their capabilities to the stages before pollution is generated (e.g., reducing emissions at the source, optimizing production processes, and recycling resources) in order to overcome these challenges.
What is the "terminal dilemma" in the environmental protection industry?
In simple terms, it means that all companies are competing in the final step of pollution treatment, leading to increasingly narrow prospects:
- Fierce competition: Once terminal treatment technologies become mature, companies use similar processes (e.g., the AAO process for wastewater treatment or grate furnaces for waste incineration) and can only compete by lowering prices or providing upfront funding to secure projects, resulting in thinner profits.
- Contradiction with governance goals: Traditional environmental protection companies earn revenue based on the volume of waste or wastewater processed, but the goal of environmental management is to reduce pollution. The less waste or wastewater is processed, the better, creating a conflict between company growth and these goals.
- Low system efficiency: Even if the terminal facilities are well-designed, if there are issues with the infrastructure (e.g., leaks in the pipeline network or mixing of rainwater with wastewater), the treatment efficiency remains poor. Similarly, if the quality of the waste collected for incineration is poor, the operating costs increase. The individual facilities may meet regulatory standards, but the overall system's effectiveness is inadequate.
Why has the environmental protection industry relied on the end-stage for so long?
It's not that companies don't want to move forward; rather, past conditions made the end-stage more attractive:
1. Historical needs: In the past few decades, China needed to quickly address the issue of having basic infrastructure in place. The urban wastewater treatment rate has increased significantly, and waste management methods have shifted from landfilling to incineration, with hazardous waste being processed in specialized facilities. Building a wastewater treatment plant directly increased processing capacity, and this was a tangible benefit that attracted investment from governments, financial institutions, and companies.
2. Business models: Terminal projects offer clear profit margins. The pricing for wastewater treatment plants is based on the designed capacity and emission standards, while waste incineration plants generate revenue from both the processing of waste and electricity production. However, there is no established method for charging companies that reduce waste by a certain percentage. As a result, companies naturally prioritize end-stage projects that ensure stable revenue.
The three major pitfalls of relying on the end-stage:
1. Excessive competition leading to no profit: As terminal technologies mature, the difference between companies becomes minimal, and competition focuses on price and payment terms. For example, the profit margin on hazardous waste incineration projects has decreased significantly, and small and medium-sized companies are at risk of losing money.
2. Perpetual treatment as a cost: Traditional environmental services are seen as a compliance requirement. Customers purchase equipment or services to meet regulatory standards, not necessarily to save money. As long as the standards are met, they are willing to negotiate lower prices.
3. Limited innovation: Innovation at the end-stage is often limited to minor improvements (e.g., increasing aeration efficiency by 10% or extending membrane life by half). Major innovations (e.g., changing production processes to reduce pollution) are reluctant to be pursued due to the lack of profitable models.
Five opportunities to break the dilemma and move capabilities forward:
The future lies in preventing pollution from being generated or converting it into resources. The key is to extend capabilities to the stages before pollution is created:
1. Charging based on emission reduction: For example, helping industrial companies save water by optimizing their water systems. Environmental companies can share in the savings with the companies, rather than just selling equipment. This requires accurate measurement of emission reduction (e.g., using smart water meters).
2. Understanding customer production processes: Environmental companies that understand the specific processes of industries (e.g., semiconductor manufacturing) can offer solutions that address the root causes of pollution, such as recommending different cleaning solutions or process adjustments.
3. Differentiated waste management: Many pollutants have value before they are mixed and become waste. Environmental companies can design systems to collect valuable components before they are discarded.
4. Turning treatment facilities into production centers: Wastewater treatment plants can produce recycled water for sale, and waste treatment facilities can convert waste materials into valuable products (e.g., recycled copper or aluminum) for sale.
5. Systemic operation: Companies should manage the entire chain, from treatment facilities to distribution and end-users, to optimize system efficiency (e.g., ensuring that facilities are not overloaded or underutilized). This includes managing pipelines, pumping stations, and user needs.
Which companies can seize these new opportunities?
Different companies have different paths to take:
- Specialized industrial environmental protection companies: Those with expertise in specific industries can build barriers by leveraging industry knowledge.
- Companies with resource recycling technologies: They should develop a "product-oriented" approach, focusing on both producing and selling recycled materials while ensuring quality.
- Large corporations (in water/waste management): They can focus on system operation, coordinating existing facilities to improve efficiency, which is more profitable than building new ones.
- Small and medium-sized private companies: They should avoid competing in homogeneous end-stage projects and focus on developing niche, high-quality products that address specific industry challenges.
In conclusion:
The next opportunity in the environmental protection industry is not about building more treatment facilities but about reducing pollution and converting waste into resources. Companies that can move their capabilities to the stages before pollution is generated will be the ones to succeed in the future.