Company News

Rice husk white carbon black: Opportunities and Innovations from Rice By-products

Anhui Jinhua Silicon Nano Materials Technology Co., Ltd. relies on the technical support of Beijing University of Chemical Technology and the strong research team led by Academician Zhang Liqun. After more than 10 years of joint research and development, the company has made breakthrough progress in the preparation of bio-based silica new material technology. They have independently created a complete set of process technology and related equipment for the preparation of bio-based silica using the carbonic acid method. This technology utilizes renewable resources such as rice husks and straw as raw materials, replacing sulfuric acid with carbon dioxide as the precipitating reagent, and can produce bio-based silica with a specific surface area of 50 to 500 m²/g.

2024-12-26

Moving Forward with 'Green': The Symphony of the Era of Net Zero, Carbon Neutrality, and Negative Carbon

2024-12-20

Mid-Autumn Moon Scattered Evolved Silicon, Praising Staff's Struggle Road

2024-09-13

From agricultural waste to high-tech materials, the perfect fusion of environmental protection and performance.

2024-09-06

Anhui Evosil Nanomaterials Technology Co., Ltd. conducts employee health check ups

A healthy body is not only the cornerstone for facing work challenges, but also the primary prerequisite for enjoying a better life. In order to effectively maintain the physical and mental health of the company's employees and provide a "health protection umbrella" for them, the employee health examination activity of Anhui Evosil Nanomaterials Technology Co., Ltd. kicked off on July 18th.

2024-07-23

Green and Sustainable Development: Market Status and Future Development Trends of Rice Husk Silicon Dioxide Industry

Rice husk ash silica, also known as biobased silica, is a material prepared from rice husk ash as raw material, and its main component is silicon dioxide (SiO2). Rice husk ash is a byproduct produced during the rice processing of rice husks. After treatment and calcination, the silicon content in it can be concentrated, extracted, and utilized.

2024-07-23

Welcome Pirelli customers to the company for research.

On June 12, 2024, a team from Pirelli's headquarters in Italy and its China division visited our company for research. Accompanied by the company's chairman, Shao Jin, and general manager, Shen Jiafeng, the visiting clients toured the company's exhibition hall, R&D center, production workshop, and other areas.

2024-06-17

Vipal Targets use of rice husk in rubber production

"In addition to providing an appropriate destination for the waste, one of the advantages of using rice-husk ash is to diversify the raw materials within the rubber chain," she said. Developing new, more sustainable materials and products requires a long-term effort, commented Rodemir Conte, product and process engineering manager at Vipal Rubber.

2021-02-21

Congratulations to Evosil on Successful Technical Review for Carbon Neutral Silica Production Line in Beijing

On May 12, the China Petroleum and Chemical Industry Federation organized experts in Beijing to conduct a technical review of the company's "Annual Production of 90,000 Tons of Spray Carbonization Method for Carbon Neutral Silica Production Line" project regarding carbon reduction and carbon neutrality. The expert group held a project carbon reduction demonstration meeting and, after multiple rounds of analysis and verification, concluded that this project employs negative carbon technology, significantly reducing carbon dioxide emissions and contributing to the achievement of carbon neutrality goals. They agreed to pass the review.

2021-05-25

EVOSIL Held 2020 Annual Commendation Meeting

On January 31, 2021, Anhui Evosil Nanomaterials Technology Co., Ltd., Anhui Great New Materials Technology Co., Ltd. and Anhui Ruibang Rubber Additives Group Co., Ltd. held the 2020 commendation meeting.

2021-02-01

Evosil Signing BUCT New Added Scholarship

On December 9, Beijing University of Chemical Technology (BUCT) held the 2019-2020 Academic Year Special Scholarship (Materials) award ceremony.

2020-12-22

Goodyear sets goal to double use of rice husk ash silica by 2021

Goodyear started exploring the use of RHA silica in 2013 with positive results. RHA silica is now firmly entrenched in Goodyear's materials portfolio and used across several of its global manufacturing facilities. The company is now working closely with its suppliers to further expand the use of RHA silica and has set a goal to double its use by 2021.

2020-12-29