AOSCITECH: Release of Enterprise's Green Vision for 2032

Driving sustainable development through technological innovation and leading the green revolution in the field of chemical analysis

Against the backdrop of increasing global environmental awareness and sustainable development becoming the theme of the times, AOSCITECH, as a leading global brand in the field of fully automatic intermittent chemical analyzers, has always integrated environmental protection concepts into the core strategy of enterprise development. Through continuous technological innovation and advanced research and development, AOSCITECH not only maintains an industry-leading position in product performance, but also makes breakthrough progress in reducing the environmental impact of chemical reagents and promoting resource recycling, contributing significantly to the achievement of the global Sustainable Development Goals (SDGs).

 Core Technology Breakthrough: A Leapfrog Upgrade from Automation to Greening

1、 Core technological breakthrough: With deep technical accumulation and continuous innovation in the field of chemical analysis, we have independently developed a high-precision waste liquid collection sensing system from Automatic AOSCITECH. The system integrates micro flow sensors, intelligent recognition algorithms, and multi-stage filtration modules to achieve precise control of the entire process of waste liquid generation. Its core advantage lies in the ability to dynamically monitor the consumption of reagents and the generation of waste liquid during the reaction process, and automatically adjust the waste discharge strategy based on parameters such as sample concentration and detection items. For example, for low concentration water sample detection, the system can control the waste liquid volume at the micro upgrade (μ L) level, reducing it by more than 99% compared to traditional equipment; For the analysis of high concentration industrial wastewater, multi-stage separation technology is used to concentrate toxic and harmful substances to extremely small volumes, reducing the concentration of pollutants such as heavy metals and organic matter in the final waste samples to below environmental safety standards. Actual test data shows that the equipment equipped with this system has a cumulative waste discharge of less than 50 milliliters after 2000 hours of continuous operation, and the residual amount of various reagents meets the requirements of the EU RoHS directive. Leapfrog upgrade towards greenization.

The dual goals of "precise detection" and "green emissions" have been truly achieved, providing revolutionary solutions for pollution prevention and control in laboratories and industrial settings.

2、 Green Chemistry Practice: Reducing Environmental Load from the Source

AOSCITECH constructs a chemical reagent lifecycle management system through a three-stage strategy of "substitution optimization cycle":

Green Reagent Replacement Program: Collaborate with top global chemical suppliers to develop low toxicity, biodegradable reagent formulations. For example, replacing traditional chromate color reagents with plant-based composite color reagents can reduce the heavy metal content in the detection waste liquid by 82%, meeting the EU ELV directive standards.

Closed loop recycling system: For high-frequency detection projects such as nitrate and phosphate, a reagent recycling module is designed to achieve over 95% of reagent regeneration and utilization through ion exchange technology. After the application of this system in a large sewage treatment plant, the annual cost of reagent procurement was saved by 470000 yuan, while the amount of hazardous waste disposal was reduced by 12 tons.

Intelligent dilution technology: Built in AI algorithm automatically adjusts the dilution ratio based on sample concentration to avoid reagent waste caused by excessive dilution. Actual test data shows that this technology reduces the amount of reagents used for detecting high concentration wastewater by 68%, while ensuring that the detection accuracy meets the ISO 17025 standard.

3、 Sustainable Development Plan: Green Roadmap for 2025-2030

AOSCITECH has established clear sustainable development goals and plans to minimize environmental impact through three major action areas:

Product lifecycle carbon management:

Complete LCA (Life Cycle Assessment) for the entire product line and establish a carbon footprint database by 2028;

By 2030, achieve carbon neutrality in the equipment production process and offset remaining emissions through renewable energy supply and carbon capture technology;

In 2032, the third generation analyzer with zero reagent waste will be launched, reducing reagent consumption by another 70%.

As stated by the Chief Technology Officer of AOSCITECH, "Our mission is not only to provide accurate detection tools, but also to redefine the environmental boundaries of chemical analysis through technological innovation." In today's world where sustainable development has become a global consensus, AOSCITECH is using green technology as an engine to accelerate the chemical analysis industry towards a more efficient and cleaner future.