APEXGREEN TECHNOLOGY CO., LTD.

▋BRIEF

Organic solvent wastes are usually complicated and rich in long, heavy hydrocarbon molecules, which can be cracked by high temperature in the absence of oxygen. Resulted pieces of hydrocarbon molecules composed of much simpler compounds including hydrogen, carbon monoxide and methane etc. APEXGREEN’s pyrolysis system is the "best in class" waste-to-energy technology to reduce waste & pollution and Re-Generate energy.

▋APPLICABLE TO

Chemical Industries, Semiconductor Industries, Electronic Industries, Waste Treatment 
Industries, etc.e energy.

▋FEATURES

1. Wide Application
   Various Organic Waste Solvents can be processed.
2. Modular Design
   Monthly Capacity: 30~350 ton｜System is Scalable as needed｜Space Saving
3. The Diversity of Re-Generate Energy
   -Decompose any organic waste solvent to produce combustible fuel gas, etc.｜Low Emission and pollution in the waste treatment
4. A Circular Economy
   -Reduce the waste treatment cost｜Regenerate Energy｜Reduce Carbon Emission

▋BRIEF

The system utilizes a special Fibrous zeolite as absorbent material which Operates in Dual-Tower or Multi-Tower switching mode and effectively concentrates VOCs by 10-20 times. The concentrated VOCs are then subjected to Oxidation and decomposition by combustion catalyst at the temperatures above 200℃. The recovered heat energy is given back to facilitate the desorption step and oxidation step, which improves the overall energy efficiency.

▋APPLICABLE TO

It can be used in industrial facilities, manufacturing plants, chemical processes, and any other operation that generates VOC emissions. In addition, the system can also provide solutions for the control and treatment of organic compounds such as acid gases and oil vapors.

▋FEATURES

1. High-Efficiency Adsorption

Featuring a tube design and a high surface area porous structure, the adsorption material ensures rapid and precise adsorption, even at low flow rates, delivering unmatched performance. VOC emissions are effectively reduced to less than 10ppm, achieving a reduction rate of over 95%.

2. Efficient and Sustainable Regeneration

Regeneration of Adsorbent material may be carried out by increasing the temperature to 150-180℃, a significantly lower temperatures compared to traditional methods with a lifespan of over 6 years.

3. Efficient VOCs Reduction

Catalyst Oxidation initiates at a low temperature of 200℃ and VOC emissions are effectively achieving a reduction rate of over 99%.

4. Modular Design

▋Brief

The system utilizes carbon-hydrogen compounds, such as natural gas, and water as feedstock to generate hydrogen gas through catalytic reactions. This hydrogen gas can be used as auxiliary fuel for combustion equipment, enhancing combustion efficiency and improving emissions quality. One of the key benefits of this system lies in the utilization of waste heat. High-temperature exhaust gases generated by boilers contain significant thermal energy. By employing heat exchangers, we recover this waste heat and utilize it as the energy source for initiating the reactions, effectively reducing the need for additional fuel.

▋APPLICABLE TO

This solution finds extensive application in various scenarios, including auxiliary combustion in burner systems and atmosphere protection in metal manufacturing processes, etc.

▋FEATURES

1. Efficient Hydrogen Generation
2. Enhanced Combustion Efficiency
3. Improved Emissions Quality
4. Waste Heat Recovery

▋BRIEF

This system generate power directly from the heat through thermoelectric material and high efficient heat exchanger which converting temperature differences into electric voltage. The power at the output is direct current (DC) or can be converted into alternating current (AC) via an inverter. Additionally, the system can be integrated with batteries for energy storage purposes.

▋APPLICABLE TO

Industrial Processes, Transportation, Waste Heat, natural heat sources like geothermal energy and hot springs.

▋FEATURES

1. No fuel

It directly converts temperature differences into electricity, eliminating pollution and greenhouse gas emissions.

2. Silent and vibration-free

No Mechanical moving parts result in silent and vibration-free operation, and reduce noise and mechanical wear and tear.

3. Long lifespan

No moving components lead to longer lifespans and lower maintenance costs

▋SPECIFICATION

▋BRIEF

Flame Temperature can be as high as 2,000℃ can process alll kinds of waste, which inclue organic or inorganic substances, exhausts from electronic or chemical proceesing. The heating system can achieve a 99% of Destruction and Removal Efficiency for CF₄ and C₂F₆ from Semiconductor processing.

▋APPLICABLE TO

Chemical Industries, Semiconductor Industries, Electronic Industries, Waste Treatment Industries, etc.

▋FEATURES

1. Highly Durable Electrode-Exclusive design provides a long-life electrode, which support a useful lifetime of 500 hours operating.
2. Removal consumable-The parts in torch is replaceable, which is good for the environment and cost.
3. High Treatment Efficiency-The destruction and removal efficiency (DRE) of more than 95% was achieved for PFCs. It can be successfully used to abate all of the global warming gases in the semiconductor industry.
4. Fast Startup-Rapid Heating/Cooling Speed, Fast Startup, No Warm-up Time