Composite carbon source (alcohols)

Composite Carbon Source (Alcohol-Based) Commercial Market Intelligence Report (June 2026)

I. Price Dynamics
1. Henan Huiyihai Environmental Protection Technology Co., Ltd.
- Quotation Period: June 16–22, 2026
100,000 mg/L COD-equivalent: RMB 120–185 per ton (as low as RMB 120/ton via select channels—down 35% from early-month levels)
Light-yellow product with COD > 1,000,000 mg/L: No official quotation disclosed; however, comparable high-concentration neutral products (e.g., COD ≥ 1,000,000 mg/L) are priced at RMB 1,500–2,200 per ton in the Zhengzhou region.
- Drivers of Price Volatility:
Low-concentration products (100,000 mg/L COD-equivalent): Prices continue declining due to overcapacity and weak demand.
High-concentration products: Prices remain elevated, supported by ethanol feedstock costs.

2. Henan Kaijie Water Treatment Co., Ltd.
- Quotation Date: June 22, 2026
COD 900,000 mg/L (neutral, delivered in Zhengzhou): RMB 1,100 per ton
Complementary microbial agents: Denitrifying/nitrifying bacteria with viable cell counts of 10–20 billion CFU/g; priced at RMB 50–80 per kilogram
Market Positioning: Focuses on high-concentration products; premium pricing underpinned by proprietary low-temperature composite manufacturing technology.

3. Regional Price Differentials
- Henan (Zhengzhou), primary production base: 100,000 mg/L COD-equivalent products priced 40–50% lower than in Anhui (Henan: RMB 120–200/ton vs. Anhui’s estimated RMB 240–300/ton)
- High-concentration products (e.g., COD ≥ 800,000 mg/L): Henan quoted at RMB 1,100/ton; Anhui prices may rise to RMB 1,300–1,500/ton due to higher logistics costs.

II. Market Drivers
1. Demand-Side Factors
- Municipal Wastewater Upgrading: Growing demand for treating low carbon-to-nitrogen (C/N) ratio wastewater is boosting consumption of high-COD products (≥500,000 mg/L); the market size is projected to exceed RMB 18 billion in 2026.
- Industrial Wastewater Applications: Chemical and food-processing industries increasingly require low-residue, shock-load-resistant carbon sources—accelerating demand growth for high-concentration products faster than standard variants.
- Policy Impact: Stricter total nitrogen (TN) discharge limits are prompting downstream users to increase dosing volumes, potentially driving short-term price increases.

2. Supply-Side Factors
- Production Concentration: Henan accounts for over 60% of China’s national production capacity; large-scale manufacturers (e.g., Baoxin, Kaijie) achieve cost advantages, granting them supply-side dominance.
- Technological Barriers: High-concentration products (e.g., COD ≥ 800,000 mg/L) require low-temperature composite processing—a technical bottleneck constraining supply expansion and sustaining elevated pricing.
- Feedstock Costs: Ethanol and molasses prices—subject to agricultural commodity cycles—remained stable in June 2026, providing steady cost support without major fluctuations.

III. Competitive Landscape
1. Leading Enterprises
| Company Name | Core Competitive Advantage | Pricing Strategy | Market Share |
|-------------------------------|-----------------------------------------|--------------------------------------------|--------------------------|
| Henan Baoxin Environmental Protection | Economies of scale + logistics advantage | RMB 650/ton for COD ≥ 400,000 mg/L products | Dominant in Henan hub |
| Henan Kaijie Water Treatment | Full vertical integration + rapid tech iteration | RMB 1,130/ton for COD ≥ 800,000 mg/L products | Price setter in high-COD segment |
| Chizhou Xinyu Chemical | Localized supply + brand premium | RMB 800/ton for COD ≥ 400,000 mg/L products | Regional leader in Anhui |

2. Emerging Players
- Zhengzhou Zhengyuan Environmental Protection: Employs controlled-release carrier technology—reducing required carbon source dosage by 15–20% and delivering lower overall operational costs versus industry average.
- Nanjing Qingquan Water Treatment: Utilizes targeted fermentation of biomass molasses—achieving >92% total nitrogen removal efficiency; serves over 100 municipal wastewater treatment plants across the Yangtze River Delta region.

IV. Future Trend Outlook
1. Price Forecast
- Baseline Price Ranges: 100,000 mg/L COD-equivalent products expected to stabilize at RMB 120–200/ton; high-concentration products (e.g., COD ≥ 800,000 mg/L) may rise modestly to RMB 1,150–1,200/ton driven by demand growth.
- Volatility Risks: Should agricultural commodity cycles push up ethanol or molasses prices, composite carbon source prices could follow with a 5–10% increase—though technological advancements and capacity expansion will partially offset such cost pressures.

2. Industry Transformation
- Rising Share of High-Efficiency Products: Accelerated demand growth for COD ≥ 500,000 mg/L products is lifting the market’s average price level.
- Regulatory & Environmental Pressures: Increasingly stringent environmental policies will sustain demand momentum; however, broader adoption and scaling will dampen price volatility—establishing a self-reinforcing cycle of \"demand growth → supply expansion → price stabilization.\"
- Regional Structure: Henan’s production hub advantage will consolidate further; high-logistics-cost regions (e.g., Anhui) may maintain competitiveness through localized production or brand premiums—the inter-regional price gap is unlikely to narrow significantly in the near term.

V. Procurement Recommendations
1. Specification Selection: Choose appropriate COD concentration based on application context (e.g., 400,000–600,000 mg/L typical for municipal wastewater; ≥800,000 mg/L often required for industrial effluents) to avoid over-specification (“over-provisioning”) or underperformance (“under-provisioning”).
2. Key Technical Parameters: Prioritize verification of COD equivalence, BOD/COD ratio, and impurity levels (e.g., heavy metals, salt content).
3. Supplier Evaluation: Prefer vendors holding valid production licenses, third-party test reports, and documented case studies; long-term contracts may enable volume-based discounts.
4. Timing Strategy: Monitor feedstock markets (especially ethanol and molasses); procure during periods of relatively low raw material pricing to minimize procurement costs.