Shanghai Sunway International Trade Co., Ltd.

Starting Years: Serve with Responsibility

Tue, 17 Mar 2026 00:20:30 -0700

Throughout the 1980s to 1998, the founder of Shanghai Sunway served at China Chemical Import Coorporation, the first state-owned chemical trading enterprise after the founding of people's republic of China. He worked with great responsiblity and passion thus won a prestiges reputation within the industry, and started his expertise in chemical trading by then.

Founding Years: The Beginning of a New Venture

Tue, 17 Mar 2026 00:30:30 -0700

In 1998, Shanghai Sunway International Trade was established with a vision to connect global markets through quality chemical trading. The founder laid the groundwork for a company that would grow to become a leader in the industry, driven by passion and commitment to quality and sustainability.

Embracing Sustainability: A New Era

Tue, 17 Mar 2026 00:50:00 -0700

In 2026, as the joining of our new member with a background in food and nutrition science from the health industry, we have shifted our focus towards more eco-friendly solutions and to discover innovative products that meet the modern demands of our clients. Our commitment to environmental sustainability and health responsibility is at the forefront of our operations as we pave the way for a greener and healthier future in chemical trading.

Summary of Key Global Chemical Industry News on Environmental Protection and Innovation

Wed, 18 Mar 2026 02:41:53 -0700

1. Breakthrough in Scalable Green Hydrogen Production

Innovation Point: European chemical giants (e.g., BASF, Linde) are partnering with renewable energy companies, utilizing new Proton Exchange Membrane (PEM) electrolysis technology to significantly reduce green hydrogen production costs, with efficiency exceeding 75%.

Environmental Significance: Powered by wind and solar energy, this technology enables "zero-carbon feedstock substitution" for chemical processes (e.g., ammonia and methanol synthesis), aiding industry decarbonization.

2. Green Hydrogen Integration Enters Large-Scale Demonstration Phase

Latest Development: Saudi Basic Industries Corporation (SABIC), in partnership with energy companies, has launched the world's first million-ton-scale green hydrogen-to-ammonia project in Saudi Arabia. Powered by a dedicated 4 GW photovoltaic plant, the produced "green ammonia" will be exported as a low-carbon fuel and chemical feedstock.

Innovation Significance: This marks the transition of green hydrogen from pilot projects to large-scale application, providing a replicable business model for deep decarbonization of major chemical complexes.

3. Chemical Recycling Technology Accelerates Plastic Circular Economy

News: Dow Chemical (USA) is collaborating with a Dutch circular economy company to build the first chemical recycling plant for mixed plastic waste. It uses pyrolysis technology to convert waste plastic into pyrolysis oil, which is then used to produce new plastics.

Environmental Impact: Addresses low-value plastic pollution that traditional mechanical recycling cannot handle, promoting a "plastic-to-plastic" closed...Read More

Innovative Application of Rare Earth in Eco-friendly Pigments

Thu, 19 Mar 2026 02:06:45 -0700

Rare Earth Elements (REEs) are not "earth" but a collective term for 17 metallic elements, hailed as the "Vitamins of Industry" or the "Treasure House of New Materials." Their importance stems not only from their status as strategic resources but also from their ability to "transform ordinary materials into high-value products," significantly enhancing the performance of other materials. They are key foundational materials for numerous high-tech industries and the green transition.

I. What are Rare Earths?

Rare earths include the 15 lanthanide elements (Lanthanum La, Cerium Ce, Praseodymium Pr, Neodymium Nd, Promethium Pm, Samarium Sm, Europium Eu, Gadolinium Gd, Terbium Tb, Dysprosium Dy, Holmium Ho, Erbium Er, Thulium Tm, Ytterbium Yb, Lutetium Lu) from the periodic table, plus the chemically similar Scandium (Sc) and Yttrium (Y).

Common Classification:

Light Rare Earths (Cerium Group): Lanthanum, cerium, praseodymium, neodymium, promethium, samarium, europium, etc. Relatively more abundant, widely used.
Heavy Rare Earths (Yttrium Group): Gadolinium, terbium, dysprosium, holmium, erbium, thulium, ytterbium, lutetium, scandium, yttrium. Higher strategic value, more difficult to separate.

Name Origin: Rare earth minerals discovered in the 18th century were scarce, and their oxides were difficult to dissolve in water. Historically, they were conventionally called "earth," hence the name "rare earth." In reality, their total crustal abundance is not "rare," but economically viable rich deposits are less common.

II. Why are Rare Earths So Important?

Rare earth elements...Read More

Sunway Organic Pigments

Thu, 19 Mar 2026 20:40:55 -0700

The History of China's Chemical Industry and Environmental Protection

Wed, 25 Mar 2026 01:55:21 -0700

The relationship between China's chemical industry and environmental protection has undergone a fundamental shift from a pattern of "pollute first, clean up later" to a pursuit of "green development." Its historical evolution can be divided into the following key stages:

I. Early Stage (Pre-1970s): Germination of Environmental Awareness

In the early years of the People's Republic, the chemical industry developed rapidly as a pillar of the national economy, but environmental awareness was weak. The philosophy of "development first, control later" was dominant.
In 1971, the State Planning Commission established the "Three Wastes" Utilization Leadership Group. Pollution incidents like the Guanting Reservoir contamination in 1972 drew central government attention.
The first National Environmental Protection Conference, convened by the State Council in 1973, formulated the Provisions on the Protection and Improvement of the Environment, introducing the "Three Simultaneities" system (pollution control facilities must be designed, constructed, and put into operation simultaneously with the main project).

II. Initial Exploration Stage (1976-1985): The Start of Legal Governance

Environmental management primarily focused on controlling the "three wastes" (wastewater, waste gas, solid waste) and water pollution.
The enactment of the Environmental Protection Law of the People's Republic of China (for Trial Implementation) in 1979 marked the beginning of...Read More

Specific Applications of Anthocyanins/Anthocyanidins in Functional Foods

Fri, 03 Apr 2026 02:30:26 -0700

Anthocyanins/anthocyanidins in functional foods have evolved from "conceptual addition" to "scientifically-evidenced" products, forming a mature product matrix centered on eye health while incorporating antioxidant and anti-fatigue functions. Here are specific application cases from 2025-2026:

I. Eye-Health Drinks (Market Mainstream)

1. inne Vision Stick Eye-Protection Drink (German brand, inne)

Core Ingredient: Patented BlingLife PLUS Maqui Berry Extract (35% anthocyanin purity), combined with lutein and "Ming Mu Cao" (Vision Herb).
Functional Claim: Alleviates visual fatigue, relaxes ciliary muscles, improves ocular microcirculation. Clinical studies show positive effects on school-aged children's visual function.
Technical Highlight: Uses a "dual-chamber" separated packaging to isolate anthocyanins from lutein, ensuring ingredient stability.

2. Mu Qing Xi - Blueberry Composite Fruit & Vegetable Juice Drink

Core Ingredient: Based on proprietary blueberry farms, features a scientific eye-health formula combining anthocyanins, lutein esters, and zeaxanthin.
Functional Claim: Zero added sucrose, focuses on eye protection.
Simultaneously, domestic synthetic biology companies have achieved substantial pilot-scale breakthroughs in indigo replacement routes.
1. Commercial Landing: BioBlack Enters Mainstream Apparel Supply Chains
Key Event:
Levi's announced the expansion of its 100% bio-based black pigment, BioBlack, to its mainstream denim series (like the 567® Relaxed Flare), moving beyond limited-edition sustainable collaborations. This signals that bio-based pigments now possess the supply stability for large-scale production.
Key Product Specifications:
- Feedstock & Carbon Footprint: Made from FSC-certified recycled wood waste, the production process achieves a "carbon-negative" closed loop, directly replacing petroleum-based carbon black.
- Performance Certification: Lightfastness reaches the highest grade (8/8) and is free of toxic PAHs. Recent addition of GOTS (Global Organic Textile Standard) certification has cleared a compliant pathway for high-end organic cotton fabrics.
Industry Signal: The green procurement standards of fast-fashion giants (like H&M, Zara) are shifting from "encouraging use" to "mandatory percentage," indicating a demand inflection point for bio-based pigments.
2. Technological Breakthrough: Progress in Domestic Production of Synthetic Biological Indigo
Corporate Developments:
- Read More