Qingdao Huahai Environmental Protection Industry Co., Ltd. has long been deeply engaged in the field of water pollution control. Relying on its technological advantages from the in-depth integration of industry, academia and research, the company has launched a new type of chemical recovery machine. Specially designed for various chemical spill scenarios on water surfaces, this equipment provides a comprehensive solution for the emergency response to chemical pollution with its superior performance, mature design and convenient operation, setting a new benchmark for professional equipment in the industry.

The equipment features an integrated design, including a main recovery unit, diversion boom, support rods and tow assembly, together with a complete set of accessories such as hydraulic hoses and discharge hoses. It can be put into operation immediately upon unpacking without additional auxiliary equipment, greatly improving emergency response efficiency.

Its core performance is outstanding: each unit has a recovery capacity of no less than 30 m³/h, enabling rapid response to large-scale chemical spills. Combined with a scientifically arranged operation system, it achieves rapid containment and efficient recovery of polluted areas, saving valuable time for pollution treatment.

The core technology stems from a polymer chemical‑philic and water‑repellent material, developed over two years through joint research with renowned universities. This material has been granted relevant patents, demonstrating a solid technological barrier through robust intellectual property rights.

Its preparation process is rigorous and precise: multiple polymer materials are proportioned accurately and cured at a specific temperature. This grants the drum exceptional mechanical properties:

• Ultra‑high hardness to resist frictional pressure during operation;

• High rigidity to ensure structural stability under high‑speed rotation;

• Excellent toughness to effectively cushion impacts.

It fully meets the demand for long‑term stable operation under complex working conditions.

In terms of core functions, this material demonstrates internationally leading chemical-philic and water-repellent performance.

Strict testing by authoritative laboratories shows that its recovery efficiency for various common chemicals such as toluene, xylene, styrene, and methyl tert-butyl ether reaches over 95%, enabling precise separation of chemicals from water.

Compared with traditional multi-purpose equipment, this product is specialized in chemical recovery, with stronger professionalism and higher pertinence. It can maintain high recovery efficiency consistently during long-term operation, and its reliability far exceeds similar products in the industry, providing users with stable and reliable support for pollution control.