Fertilizer via Hydrothermal Cracking Technology-Cases

Fertilizer via Hydrothermal Cracking Technology

Using hydrothermal cracking technology, agricultural and forestry waste is efficiently converted into safe, stable, nutrient-rich fertilizers that support green farming and ecological restoration.

Low-Carbon
Agricultural Circular Economy Project

This low-carbon project uses hydrothermal cracking technology to convert manure, straw, and crop residues into 65,000 tons of small-molecule fertilizers each year. Powered by its own waste-to-energy system, it improves soil, boosts crop yield, supports local farming, and generates extra income.

Challenge:

To ensure normal power generation, a dynamic balance between electricity and fertilizer production must be maintained, with priority given to overall economic efficiency.

Low-Carbon
Agricultural Circular Economy Project

Challenge:

To ensure normal power generation, a dynamic balance between electricity and fertilizer production must be maintained, with priority given to overall economic efficiency.

Construction Unit

A Certain Technology Co., Ltd.

Commissioning Time

June 2026

Project Location

Dandong, Liaoning Province

Technical Route

Hydrothermal cracking technology.

Treatment Capacity

Annual treatment of 60,000 tons of manure, straw, and crop residues from agricultural and livestock production.

Cooperation Mode

Build-Own-Operate (BOO).

Product Capacity

Annual output of 50,000 tons of solid fertilizer and liquid fertilizer.

Product Standards

Solid fertilizer standards exceed Organic Fertilizer (NY/T 525-2021);Liquid fertilizer standards comply with national water-soluble fertilizer standards.

Raw Material Types

Livestock manure

Straw

Crop residues

Process Flow Diagram

Low-Carbon