New Eco-friendly Materials - Shanghai ANOKY Group Co., Ltd.

Environmental Innovation

ANOKY's production bases, centered on "process integration, high-end equipment, resource-oriented treatment, and digital control," have achieved a green transformation throughout the entire dye production process through hundreds of millions in environmental protection investment, multi-stage combined processes, and the application of recycling technologies. Its environmental innovations not only ensure its own compliant operations but also provide the industry with replicable solutions for the treatment of high-salinity, refractory wastewater and hazardous waste, demonstrating the transformation strength of a traditional chemical enterprise into a green technology-oriented company.

Process Innovation
Resource Recycling
Technology Adaptation
Full-Chain Control
Investment and Layout

Precise Treatment Through Multi-Technology Combinations

Wastewater Treatment: Production bases mainly adopt staged processes such as "activated carbon adsorption + neutralization filtration + biochemical treatment + RO/NF + MVR evaporation", covering full-process treatment of high-salinity, high-COD, and refractory wastewater and ensuring effluent meets Grade B of the "Water Quality Standard for Sewage Discharged into Urban Sewers" and park requirements.
Waste Gas Treatment: A differentiated purification process of "acid/alkali spraying + two-stage activated carbon adsorption and steam desorption" is adopted, compatible with more than 10 national/local standards, such as VOCs, hydrogen chloride, and dioxins, to achieve precise compliance for multiple pollutants.
Closed-Loop Model for Regeneration and Low Carbon

Activated carbon adsorption and regeneration equipment is deployed to regenerate and reuse spent activated carbon, reducing hazardous waste generation; the MVR evaporation system is used to treat wastewater, enabling water recovery and resource utilization of waste salts (sodium sulfate / sodium chloride);
A self-built 5,000 tons/year hazardous waste incinerator treats internally generated hazardous waste, and incineration flue gas is purified through desulfurization and denitrification systems, forming a closed loop of "self-generated hazardous waste incineration + entrusted disposal of residues".
Scenario-Based Application of High-End Equipment

Advanced equipment such as IC anaerobic treatment, membrane treatment (RO/NF), and multiphase advanced oxidation is introduced to solve treatment challenges for high-salinity and highly polluted wastewater in the dye industry;
Environmental protection equipment accounts for more than 87% of investment, covering wastewater, waste gas, and hazardous waste treatment, reflecting strong technology implementation capabilities.
Systematic Capabilities in Compliance and Digitalization

Each project has obtained environmental impact assessment approvals, pollutant emissions, including COD, ammonia nitrogen, and VOCs, are strictly controlled by quantity, and unified management by park environmental protection companies is implemented to ensure full-process compliance;
Supporting environmental power distribution rooms and control rooms, combined with automated systems, enable real-time monitoring and data traceability, improving treatment stability and precision.
Large-Scale Treatment Supported by Heavy Asset Investment

Among them, the Shandong ANOKY project has a total environmental protection investment of RMB 184 million, with 33,000 square meters of environmental protection facilities built and approximately 943,700 m3 of wastewater treated annually. The Dongying base treats 1,200 m3/d of wastewater, supporting large-scale, high-standard treatment through high investment.

Waste Treatment Process Flow

Penglai Westport Environmental Protection Technology Co., Ltd.
Dongying Northport Environmental Protection Technology Co., Ltd.

Having been deeply engaged in the field of wastewater treatment for over a decade, the two environmental protection companies have built an efficient and collaborative wastewater purification system centered on process innovation and supported by process optimization. With Class I A standard effluent quality, they have injected strong momentum into the improvement of regional water environment quality and ecological balance.

Process Innovation: Precisely Empowering Water Quality Upgrading

The two industrial parks have built differentiated process innovation matrices based on different treatment scales and water quality requirements. Dongying Northport has developed a multi-stage advanced treatment process of "hydrolysis acidification + AAO biochemical treatment + ozone catalysis + active sand filtration." Through the synergy of biodegradation and advanced oxidation technologies, it efficiently decomposes hard-to-degrade pollutants and enhances nitrogen and phosphorus removal.

It is also equipped with a biological deodorization system to achieve waste gas collection and harmless treatment, ensuring dual compliance in "wastewater purification + waste gas treatment." Penglai Westport, addressing large-scale treatment needs, has innovatively adopted a combined process of "pre-Fenton oxidation + anaerobic-aerobic biochemical treatment + inclined plate sedimentation + ozone disinfection." The Fenton system rapidly breaks down high-concentration organic pollutants, while subsequent biochemical and deep filtration units provide rigorous multi-stage treatment, ensuring stable water quality compliance at a daily treatment capacity of 20,000 tons. Both parks aim for the Class 1A standard as their core target, achieving efficient pollutant removal through precise adaptation of process steps and technological upgrades, demonstrating the practical value of process innovation.
Process Optimization: Efficient Collaboration to Reduce Costs and Increase Efficiency

In terms of process design, the two parks have built a full-link closed-loop system of "Pretreatment - Core Treatment - Advanced Purification - Sludge Treatment and Disposal", achieving efficient collaboration and resource intensification. In the pretreatment stage, coarse/fine grilles and aerated grit chambers are used to intercept impurities in stages, reducing the burden for subsequent treatment; the core treatment stage adopts designs such as internal reflux and sludge reflux to improve the efficiency of biochemical reactions and reduce chemical consumption.
The advanced purification stage integrates units including active sand filtration and ozone disinfection to ensure that the effluent quality is superior to the standard; the sludge treatment and disposal stage realizes volume reduction through thickening and pressure filtration, and the final sludge cake is transported out for standardized disposal to avoid secondary pollution. The process design balances treatment efficiency and operating costs. Through the seamless connection and intelligent regulation of each link, Dongying North Port achieves efficient treatment of nearly 6,000 tons of sewage per day, while Penglai West Port meets the demand for large-scale centralized treatment. This not only satisfies the sewage treatment needs of enterprises in the jurisdiction, but also promotes cost reduction and efficiency improvement in environmental protection governance through process optimization, realizing a win-win situation between ecological and social benefits.

Core Innovation System

Shanghai ANOKY Technology Co., Ltd. / Shanghai ANOKY Materials Technology Co., Ltd.

As high-tech enterprises under ANOKY Group focusing on the field of military-civilian integration new materials, the two companies possess outstanding R&D and innovation capabilities, and have built a core innovation system of "military-driven + industry-university-research collaboration + achievement transformation."

Deep Military-Grade Technology Accumulation

Undertaking the national-level project for the development of anechoic tiles and supporting materials led by the former Ship System Engineering Department, the company completed more than ten years of technical research and finalized four types of sound-absorbing materials, including JW-1A and JW-G. These materials provide supporting solutions for domestic active-service and military trade submarines, with key technologies reaching military-grade standards and helping improve submarine stealth and quieting performance.

Solid Collaborative Innovation Between Industry, Universities, and Research Institutes

Through in-depth cooperation with Shanghai Jiao Tong University, the company jointly established a new materials R&D center, integrating university research resources with enterprise industrialization capabilities. Focusing on core products such as sound-absorbing materials and submarine battery composite materials, it continues to advance domestic substitution of raw materials and performance improvement.

Efficient Transformation of Military-Civilian Dual-Use Achievements

Based on military technologies and actively responding to the military-civilian integration policy, the company has successfully transformed sound-absorbing materials for civilian applications such as urban elevated roads and rail transit, enabling two-way empowerment through the civilian application of military technologies. The developed submarine battery composite battery tray covers meet special requirements such as high impact resistance and high insulation, becoming key components that help safeguard submarine power safety.

Complete Quality System and Honorary Certifications

The company has passed GJB 9001C-2017 weapons and equipment quality management system certification, and its R&D projects have won multiple authoritative honors, including the First Prize of the National Defense Science and Technology Award and the First Prize of the Science and Technology Progress Award of China State Shipbuilding Corporation, demonstrating industry recognition of its technological innovation.

R&D Direction Focused on National Needs

Guided by major national strategic needs, the company focuses on the R&D of energy-saving and environmentally friendly new materials and key military materials, forming full-chain innovation capabilities covering R&D, finalization, production, and application, and providing core support for the national defense technology industry and high-end civilian materials.