| Technology | Patent Ownership | HighChem’s commercial position | Brief Introduction | Advantages |
|---|---|---|---|---|
| Syngas to ethylene glycol via DMO | HighChem Company Limited, UBE Industries Ltd. and their partners | Coordinatethe joint cooperation, in charge of the business negotiation and contractsigning for technology licensing. | Ethylene glycol is an important raw material for polyester production. This technology uses carbon monoxide and hydrogen to produce ethylene glycol via dimethyl oxalate. The sources of raw materials can be a variety of synthesis gases and industrial exhaust rich in carbon monoxide and hydrogen. | Long-term and stable high-load production; The commercial equipment has been running safely for many years; High security; Highly active catalyst with high selectivity; More than 90% of polyester grade product; Has been applied in a variety of downstream chemical products; Perfect follow-up technical services. |
| Technology | Patent Ownership | HighChem’s commercial position | Brief Introduction | Advantages |
|---|---|---|---|---|
| Syngas to ethylene glycol via DMO | HighChem Company Limited, UBE Industries Ltd. and their partners | Coordinate the joint cooperation, in charge of the business negotiation and contract signing for technology licensing. | Ethylene glycol is an important raw material for polyester production. This technology uses carbon monoxide and hydrogen to produce ethylene glycol via dimethyl oxalate. The sources of raw materials can be a variety of synthesis gases and industrial exhaust rich in carbon monoxide and hydrogen. | Long-term and stable high-load production; The commercial equipment has been running safely for many years; High security; Highly active catalyst with high selectivity; More than 90% of polyester grade product; Has been applied in a variety of downstream chemical products; Perfect follow-up technical services. |
| Technology | Patent Ownership | HighChem’s commercial position | Brief Introduction | Advantages |
|---|---|---|---|---|
| Syngas to DMC | A large multinational chemical company in Japan | Agency | Dimethyl carbonate (DMC) can be used to produce electrolyte and fuel additives. The technology directly synthetizes dimethyl carbonate with raw materials carbon monoxide, oxygen and methanol. | The commercialized facilities have been running safely for many years; high conversion rate; highly active catalyst with high selectivity; product of high purity, less by-products; longer catalyst life; reaction temperature is easy to control; highly secure. |
| Technology | Patent Ownership | HighChem’s commercial position | Brief Introduction | Advantages |
|---|---|---|---|---|
| Syngas to oxamide via DMO | A large multinational chemical company in Japan | Agency | Oxamide is a new slow-release fertilizer, featuring high fertilizer utilization rate. It ultimately decomposes into carbon dioxide and water, adding no environmental burden. Use DMO and ammonia as raw materials for the production of oxamide. The DMO process is the same as the SEG technology. And there is a wide source of raw materials. | Short technological process; low energy consumption; by far the only transferable oxalamide production technology in the world. |
| Technology | Patent Ownership | HighChem’s commercial position | Brief Introduction | Advantages |
|---|---|---|---|---|
| Methanol to propylene | A large multinational chemical company in Japan | Agency | Use methanol as raw materials to produce propylene. The raw materials can use methanol or methanol mixed with olefin; The facilities can be built separately or as the support system for naphtha cracking equipment to increase the yield of olefins. | It can be set individually, and can also be used in combination with naphtha cracking equipment to increase the output of propylene; the ratio of the olefin and methanol can be adjusted within a wide range; high yield of propylene and low investment. |
