Fuels & Raw Materials

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Bentol, Toluene-Benzene Fraction, produced through precise distillation processes, is a specialized hydrocarbon compound. It finds applications as a solvent, blending agent, and feedstock in industries such as chemicals, pharmaceuticals, and petrochemicals, offering exceptional purity and versatility for various applications.

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Introducing Liquid Pyrolysis Products: A cutting-edge solution produced through the thermal decomposition of organic materials. This versatile substance finds applications in fuel blending, chemical synthesis, and industrial processes, providing sustainable alternatives and contributing to a greener future.

2.1 Liquid products of pyrolysis C9 higher grade TU 2451-001-68699968-2011

Introducing our C9 Higher Grade Liquid Products of Pyrolysis TU 2451-001-68699968-2011: Produced through advanced thermal decomposition, this premium liquid offers exceptional quality for various applications. Its uses include fuel additives, chemical feedstock, and specialty solvents, ensuring optimal performance and versatility.

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Introducing our Liquid Pyrolysis Products (C9 fraction): Crafted through advanced pyrolysis techniques, this premium liquid offers a versatile solution for fuel blending, chemical synthesis, and industrial processes. Experience exceptional quality and performance for your energy and manufacturing needs.

3.1 Liquid products of pyrolysis C9 TU 2451-001-68699968-2011

Introducing our Liquid Products of Pyrolysis C9 TU 2451-001-68699968-2011: Expertly produced through advanced pyrolysis techniques, this high-quality liquid offers a wide range of applications including fuel additives, chemical synthesis, and industrial solvents. Unlock the potential of sustainable energy solutions today.

 

Introducing KON-92: Our Petrochemical Stillage Residue (Heavy Oil Resin) is a premium product derived from the refining process. With versatile applications in fuel blending, asphalt production, and industrial processes, it delivers exceptional performance and reliability for your energy needs.

4.1 Residuum KON-92

Introducing Residuum KON-92: Our premium fuel product, produced through advanced refining processes, delivers superior energy efficiency and performance. With applications in power generation, heavy machinery, and industrial heating, it is the optimal choice for your energy requirements.

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4.2 Residue of distillation of acrylates (KORA)

Introducing KORA: Our premium Residue of Distillation of Acrylates is produced through precise distillation processes, resulting in a high-quality fuel additive. With applications in polymer production, chemical synthesis, and industrial processes, it enhances performance and efficiency in various sectors.

Introducing Methyl-tert-butyl ether (MTBE): Our premium fuel additive is produced through precise chemical processes, enhancing combustion efficiency and octane rating. With applications in gasoline blending, it improves engine performance and reduces emissions, delivering a cleaner and more efficient fuel solution.

• Methyl-tret-butyl ether MTBE A TU 38.103704-90
• Methyl tert-butyl ether (MTBE), brand A, premium grade
• Methyl tert-butyl ether (MTBE), second grade, GOST R 58282-2018
• Methyl tert-butyl ether (MTBE), the highest grade GOST R 58282-2018

5.1 Methyl-tret-butyl ether MTBE A TU 38.103704-90

Introducing MTBE A TU 38.103704-90: Our premium-grade Methyl-tert-butyl ether (MTBE) is produced through advanced chemical processes, enhancing fuel performance and combustion efficiency. With applications in gasoline blending and oxygenate production, it ensures cleaner and more efficient energy solutions.

5.2 Methyl tert-butyl ether (MTBE), brand A, premium grade

Introducing Brand A Premium Grade Methyl tert-butyl ether (MTBE): Our superior fuel additive is produced using state-of-the-art methods, enhancing combustion efficiency and octane rating. With applications in gasoline blending, it optimizes engine performance while reducing emissions, providing a cleaner and more powerful fuel solution.

5.3 Methyl tert-butyl ether (MTBE), second grade, GOST R 58282-2018

Introducing Second Grade Methyl tert-butyl ether (MTBE) GOST R 58282-2018: Produced with strict adherence to quality standards, this fuel additive enhances combustion efficiency and boosts octane rating. Ideal for gasoline blending, it optimizes engine performance and reduces harmful emissions, ensuring a cleaner and more efficient fuel solution.

5.4 Methyl tert-butyl ether (MTBE), the highest grade GOST R 58282-2018

Introducing Highest Grade Methyl tert-butyl ether (MTBE) GOST R 58282-2018: Crafted with uncompromising quality, this premium fuel additive enhances combustion efficiency and raises octane rating. It finds extensive applications in gasoline blending, optimizing engine performance and reducing emissions for a greener and more powerful fuel solution.

You are a Fuel & Energy trader with many years of experience in the Fuel & Energy industry. You are currently making a website to promote your products. Provide me with a professional product description about Pyrocondensate in under 40 words, explaining how its produced and what are its uses and applications.

6.1 Pyrocondensate E-1

Introducing Pyrocondensate E-1: Our superior-grade product is derived from efficient pyrolysis processes, offering excellent energy properties. With diverse applications in fuel blending, industrial heating, and chemical synthesis, it provides reliable and sustainable solutions for your energy needs.

6.2 Pyrocondensate E-16

Introducing Pyrocondensate E-16: Produced through advanced pyrolysis techniques, this premium fuel product offers exceptional energy properties. With versatile applications in fuel blending, industrial processes, and power generation, it ensures efficient and sustainable solutions for your energy requirements.

6.3 Pyrocondensate E-18

Introducing Pyrocondensate E-18: Crafted using state-of-the-art pyrolysis techniques, this premium fuel product boasts exceptional energy properties. With versatile applications in fuel blending, industrial processes, and heating, it provides reliable and sustainable solutions for your energy needs.

6.4 Pyrocondensate E-3

Introducing Pyrocondensate E-3: Produced through advanced pyrolysis techniques, this high-quality fuel product offers exceptional energy properties. With diverse applications in fuel blending, industrial processes, and power generation, it provides reliable and sustainable solutions for your energy needs.

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Introducing Alcohol-Ether Concentrate: Our premium product is carefully produced through advanced methods, combining alcohols and ethers for optimal performance. With applications in fuel blending, solvents, and chemical synthesis, it offers versatile solutions for various industries and energy requirements.

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Introducing Heavy Resin of Pyrolysis (HRP): Our premium-grade product is derived from advanced pyrolysis processes, resulting in a high-quality heavy resin. With applications in asphalt production, fuel additives, and industrial processes, it offers excellent performance and versatility for various industry needs.

8.1 Pyrolysis resin, heavy ТC 20.59.59-015-81060768-2019

Introducing Grade A Heavy Pyrolysis Resin: Produced through advanced techniques, this premium resin offers superior quality. With applications in fuel additives, industrial coatings, and asphalt production, it provides excellent performance and reliability for a range of energy and manufacturing needs.

8.2 Heavy pyrolysis resin, grade A

Introducing Grade A Heavy Pyrolysis Resin: Produced through advanced techniques, this premium resin offers superior quality. With applications in fuel additives, industrial coatings, and asphalt production, it provides excellent performance and reliability for a range of energy and manufacturing needs.

8.3 TU 20.59.59-128-05766801-2017

Introducing TU 20.59.59-128-05766801-2017: This premium fuel product is meticulously produced using advanced techniques, ensuring exceptional quality. With versatile applications in fuel blending, industrial processes, and power generation, it offers reliable and sustainable solutions for various energy needs.

8.4 Heavy resin of pyrolysis A TU 2451-051-52470175-2004

Introducing Heavy Resin of Pyrolysis A TU 2451-051-52470175-2004: Crafted through advanced pyrolysis processes, this premium-grade resin offers exceptional performance. With applications in fuel additives, industrial coatings, and asphalt production, it provides reliable and sustainable solutions for diverse energy and manufacturing needs.

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8.5 Heavy resin of pyrolysis A

Introducing Heavy Resin of Pyrolysis (HRP): Our premium-grade product is derived from advanced pyrolysis processes, resulting in a high-quality heavy resin. With applications in asphalt production, fuel additives, and industrial processes, it offers excellent performance and versatility for various industry needs.

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8.6 Heavy resins of pyrolysis

Introducing Heavy Resins of Pyrolysis: These premium-grade products are produced through advanced pyrolysis processes, resulting in high-quality resins. With versatile applications in fuel additives, industrial coatings, and asphalt production, they offer exceptional performance and reliability for various energy and manufacturing needs.

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8.7 Heavy Resin of Pyrolysis 338727

Introducing Heavy Resin of Pyrolysis 338727: Crafted through advanced pyrolysis processes, this high-quality resin offers exceptional performance. With applications in fuel additives, industrial coatings, and asphalt production, it provides reliable and sustainable solutions for diverse energy and manufacturing needs.

8.8 TU 2451-051-52470175-2004

Introducing TU 2451-051-52470175-2004: This high-quality product is produced with strict adherence to industry standards. With versatile applications in fuel blending, industrial processes, and power generation, it ensures reliable and efficient solutions for various energy needs.

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8.9 Heavy pyrolysis resin TU 2451-021-53505711-2011

Introducing Heavy Pyrolysis Resin TU 2451-021-53505711-2011: Crafted with precision, this high-quality resin is produced using advanced pyrolysis techniques. With diverse applications in fuel additives, industrial coatings, and asphalt production, it provides reliable and sustainable solutions for various energy and manufacturing needs.

8.10 Bottom residue LPP, grade B TU 2451-216-00203335-2013

Introducing Bottom Residue LPP, Grade B TU 2451-216-00203335-2013: Produced through advanced processes, this high-grade fuel product offers exceptional performance. With applications in power generation, industrial processes, and fuel blending, it provides reliable and sustainable solutions for diverse energy needs.

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8.11 Bottom residue LPP, grade V

Introducing Grade V Bottom Residue LPP: Crafted through advanced refining processes, this high-quality fuel product offers excellent performance. With applications in power generation, industrial processes, and fuel blending, it provides reliable and sustainable solutions for diverse energy needs.

8.12 TS 2451-216-00203335-2013

Introducing TS 2451-216-00203335-2013: This top-quality fuel product is produced using advanced refining techniques, ensuring exceptional performance. With applications in power generation, industrial processes, and fuel blending, it offers reliable and sustainable solutions for diverse energy needs.

Introducing Other Fuel Components: These specialized fuel components are produced through advanced refining processes, ensuring optimal quality. With versatile applications in fuel blending and energy production, they provide enhanced performance and efficiency for various fuel needs.

9.1 Dicyclopentadiene, grade B

Introducing Grade B Dicyclopentadiene: This high-quality product is produced through advanced refining processes, ensuring superior purity. With applications in polymer production, adhesive manufacturing, and fragrance synthesis, it offers reliable and versatile solutions for various industrial needs.

9.2 TU 2416-024-05766801-2007

Introducing Dicyclopentadiene, Grade BTU 2416-024-05766801-2007: This high-quality product is produced using advanced refining techniques, ensuring exceptional purity and performance. With versatile applications in polymer manufacturing, resin production, and chemical synthesis, it offers reliable and sustainable solutions for various industrial needs.

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9.3 Bottoms liquid of benzene rectification KORB (C9-fraction), grade B, non- hydrogenated

Introducing Grade B Bottoms Liquid of Benzene Rectification KORB (C9-fraction), Non-Hydrogenated: This high-quality product is derived through the rectification process of benzene, ensuring purity and reliability. With applications in chemical manufacturing, solvent production, and fuel blending, it offers versatile solutions for various industrial needs.

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9.4 Mixture of liquid hydrocarbons

Introducing Bottoms Liquid of Benzene Rectification: This high-quality product is a mixture of liquid hydrocarbons obtained through the rectification process of benzene. It is widely used in chemical manufacturing, solvent production, and as a feedstock for fuel refining, offering versatile applications across various industries.

9.5 Waste diesel fuel, grade A TU 0258-199-00203335-2010

Introducing Waste Diesel Fuel: Our grade A waste diesel fuel, produced according to TU 0258-199-00203335-2010, is derived from the recycling and purification of used diesel fuel. It can be used for industrial heating, power generation, and as a blending component in fuel production.

9.6 Waste diesel fuel, grade B TU 0258-199-00203335-2010

Introducing Waste Diesel Fuel: Our grade B waste diesel fuel, produced according to TU 0258-199-00203335-2010, is derived from the recycling and purification of used diesel fuel. It is suitable for industrial applications, such as boilers, furnaces, and power generation, providing an efficient and cost-effective energy source.

9.7 Unsaturated hydrocarbons, grade B

Introducing Grade B Unsaturated Hydrocarbons: Our product is produced through the refining process of various hydrocarbon sources. With its high purity and consistent quality, it finds applications in the production of polymers, resins, adhesives, and other industrial processes that require the unique properties of unsaturated hydrocarbons.

9.8 Liquid fraction of low-boiling substances

Introducing the Liquid Fraction of Low-Boiling Substances: Our product is obtained through the distillation of hydrocarbon mixtures, resulting in a versatile liquid with a low boiling point. It is commonly used as a solvent, fuel additive, and feedstock for various chemical processes.

9.9 Fraction trimethylcarbinol, grade V

Introducing Fraction Trimethylcarbinol, Grade V: Our product is produced through the distillation of organic compounds, resulting in a high-quality liquid with trimethylcarbinol as the main component. It finds applications in the production of solvents, pharmaceuticals, and fragrances, among other industries.

9.10 C5 hydrocarbon fraction

Introducing C5 Hydrocarbon Fraction: Our product is derived from the fractional distillation of crude oil, resulting in a mixture of various C5 hydrocarbons. It is widely used as a solvent in the production of paints, coatings, adhesives, and rubber products.

 

9.11 Hydrocarbon mixture, grade A, TU 20.14.11-005-68699968-2019 Mixture of hydrocarbons, grade B TY 20.14.11-005-68699968-2019

Introducing Hydrocarbon Mixture: Our grade A and grade B hydrocarbon mixtures, produced in accordance with TU 20.14.11-005-68699968-2019 and TY 20.14.11-005-68699968-2019, are carefully crafted combinations of hydrocarbons. They find wide applications as fuel additives, solvents, and feedstock in various industries.