Proteção Ambiental e Desenvolvimento Sustentável

With rapid economic development, environmental issues such as global warming, air, water, and ocean pollution, as well as the pollution of natural resources and the ecological environment, have become major threats to human survival and development. Therefore, environmental protection is not only a fundamental national policy of our country, but also the responsibility and obligation of every enterprise. As a company with its own factories and laboratories, Shaanxi Rebecca Biotechnology Co., Ltd. strictly abides by national and local environmental protection laws and regulations and conducts regular environmental self-inspections to ensure that its production activities meet environmental protection requirements. The company adheres to the concept of sustainable development in its factory operations. From the cultivation of raw materials for plant extracts to the processing and delivery of plant extract powders, every step follows the principles of sustainable development.

In the field of plant extracts, the core of sustainable production lies in building a green closed-loop system "from land to product." This concept is profoundly reflected in two key aspects: the sustainable acquisition of raw materials and the green optimization of the production process.

First, at the source, sustainable raw material harvesting is the cornerstone. This has fundamentally changed the traditional "predatory" wild harvesting model, instead vigorously promoting artificial biomimetic cultivation and organic farming practices. For example, in rosemary fields planted to obtain high-value antioxidant components, we use crop rotation and intercropping to protect soil fertility, utilize natural enemies of pests for biological control to avoid pesticide residues, and ensure the natural regeneration of plant populations through scientific harvesting plans (such as harvesting only the above-ground parts and retaining the root system). This not only stabilizes the supply of high-quality raw materials but also protects the biodiversity and ecosystem of the native habitat, achieving a balance of "taking from nature and giving back to nature."

Second, at the production end, innovation in green manufacturing technologies is the engine. Traditional extraction processes are often energy-intensive and use large amounts of solvents. Today, we actively adopt advanced processes such as supercritical carbon dioxide fluid extraction and membrane separation technology. Taking supercritical fluid extraction as an example, it uses carbon dioxide at room temperature instead of traditional petroleum-derived solvents. The entire extraction process is virtually residue-free and pollution-free, and the carbon dioxide can be recycled after separation, significantly reducing energy consumption and waste emissions. Simultaneously, factories establish water recycling systems and utilize clean energy sources such as solar power, minimizing resource consumption and environmental footprint during production.

 Through the close integration of these two aspects, the plant extract industry can move beyond the sole pursuit of economic benefits and towards a development model that balances eco-friendliness, resource conservation, and social responsibility. This is not only the inevitable direction for the industry's future but also a solemn commitment we make to the planet and future generations.