1、Elucidating the chemical structures of petroleum resin using solid
In this research, both liquid- and solid-state 13 C NMR based on CP-TOSS/MAS method have been carried out to detect the chemical structural of petroleum resin.
2、Solid Blocks of Petroleum Resin
In this study, a new method to perform the solid-state 13 C NMR analysis of oil resin has been proposed and the 3D molecular model of oil resin has been established for the first time.
3、使用固态 13C NMR 阐明石油树脂的化学结构,Chemical
In this study, a new method to perform the solid-state 13 C NMR analysis of oil resin has been proposed and the 3D molecular model of oil resin has been established for the first time.
4、Petroleum Resin
Depending on the nature of the starting materials, which come from the deep cracking of petroleum distillates, three main petroleum resins are classified: aliphatic, aromatic, and dicyclopentadiene (DCPD) [4].
5、Petroleum resins_化工百科
Petroleum resins - 简介 石油树脂是一种由石油中提取的天然或合成树脂。 它具有以下性质： 它在常温下通常是不溶于水的，但可溶于多种有机溶剂，并具有良好的粘附性。 化学性质：石油树脂是非极性物质，具有较好的耐化学性和耐氧化性。
(PDF) Composition and Properties of Heavy Oil Resins
PDF | On Jun 1, 2020, M. R. Yakubov and others published Composition and Properties of Heavy Oil Resins | Find, read and cite all the research you need on ResearchGate
PetrChem1808007Golovko.fm
Changes in the structural parameters of the resins and the product composition for thermolysis of the frac-tions at temperatures of 200–245 and 450–495°C have been revealed. The thermolysis of resins results in gas, lube oils (hydrocarbons), secondary resins, asphaltenes, and solid products.
The role of resins in crude oil rheology and flow assurance: A
This review article focuses on the impact of resins on the flow and rheological properties of crude oil. It examines the various compositions of resins and the molecular interactions between resins and asphaltenes that determine the viscosity and stability of crude oil.
Resin treatment for conformance improvement
Resins do not contain a significant amount of a solvent phase (as do gels), and resins are placed downhole in a liquid monomeric (or oligomeric) state and polymerized in situ to the mature solid state. This page discusses resin types and the use of resin treatments for conformance improvement.
Elucidating the chemical structures of petroleum resin using solid
In this study, a new method to perform the solid-state 13C NMR analysis of oil resin has been proposed and the 3D molecular model of oil resin has been established for the first time.
Throughout the long river of human history, solid blocks of petroleum resin have played a significant role. From their initial discovery to their widespread use today, they not only bear witness to the progress of human civilization but also serve as an important symbol of technological advancement and industrial development.
The discovery of petroleum resin solids dates back to the 19th century, when people identified a unique substance capable of dissolving many materials. This material was later determined to be petroleum resin, an organic compound extracted from crude oil with distinct chemical properties. With the advancement of technology, petroleum resin has been widely applied across various fields, becoming one of the essential foundational materials in modern industry.
The primary uses of petroleum resin include serving as raw materials for coatings, adhesives, and waterproof materials. In the coatings sector, petroleum resin provides excellent adhesion and weather resistance, making coatings more durable and resilient. In construction, it is extensively used to manufacture waterproof rolls and sealing materials, effectively preventing water penetration and safeguarding the structural integrity of buildings. Additionally, petroleum resin is employed in producing various plastic products, such as plastic films and pipes, which are ubiquitous in daily life.
Beyond manufacturing, petroleum resin plays crucial roles in agriculture, healthcare, and environmental protection. For instance, in agriculture, it acts as a seed treatment agent, enhancing germination rates and growth speeds; in healthcare, it can be formulated into drug carriers to improve bioavailability; and in environmental protection, it serves as a water treatment agent to remove pollutants and improve water quality.
petroleum resin solids are not without drawbacks. Their production requires significant energy consumption and chemical reagents, resulting in environmental pollution. Additionally, safety risks such as fire and explosion hazards exist during production and transportation. reducing environmental impacts and enhancing safety in petroleum resin production and use have become urgent issues to address.
To tackle these challenges, scientists are actively exploring new production processes and alternative materials. For example, improving synthesis methods for petroleum resin can reduce energy consumption and pollutant emissions. Developing eco-friendly petroleum resins that meet industrial demands while minimizing environmental harm is another key focus. Strengthening safety protocols for handling and managing petroleum resin is also critical to ensuring production safety.
Looking ahead, with continuous technological progress and growing environmental awareness, the production and application of petroleum resin solids are expected to expand further. We have reason to believe that petroleum resin solids will continue to contribute significantly to human society through their exceptional performance and environmental benefits.
As a pivotal invention in human history, the development of petroleum resin solids is a story of technological innovation and industrial application. From accidental discovery to widespread use, these solids reflect humanity’s progress and achievements in science and technology. In the years to come, we anticipate that petroleum resin solids will continue to play a unique role and make greater contributions to human development.
