Dicyclopentadiene (DCPD) and polydicyclopentadiene (PDCPD): Production, Market and Forecast in Russia

Annotation

Introduction

1. Technology for producing dicyclopentadiene (DCPD) and polydicyclopentadiene (PDCPD)

1.1. Dicyclopentadiene

1.2. Polydicyclopentadiene

2. The raw material base of production of dicyclopentadiene and polydicyclopentadiene in Russia

3. Production of dicyclopentadiene and polydicyclopentadiene in Russia

3.1. Capacities and production volumes in 2011-2014

3.2. Current state and prospects of development of capacities for the production of dicyclopentadiene and polydicyclopentadiene

JSC "Nizhnekamskneftekhim" (Nizhnekamsk, Republic of Tatarstan)

JSC "Sterlitamak Petrochemical Plant" (Sterlitamak, Republic of Bashkortostan)

4. Foreign trade operations with dicyclopentadiene in the Russian Federation in 2011-2014

4.1. Volumes of export-import supplies

4.2. Destinations and structure of imports

4.3. Destinations of exports

5. Export-import prices on DCPD in Russia in 2011-2014

5.1. Annual average import prices

5.2. Annual average export prices

6. Consumption of dicyclopentadiene and polydicyclopentadiene in the Russian Federation in 2011-2014.

6.1. Supply-demand balance

6.2. Sectoral pattern of consumption

6.3. Largest companies in Russia releasing products made of polydicyclopentadiene

JSC "RIAT" (Naberezhnye Chelny, Republic of Tatarstan)

LLC "Eastern Polymer Company" (St. Petersburg)

7. Forecast of development of the Russian market of DCPD/PDCPD for the period up to 2020

Appendix 1. Specifications for different types of wastes of pyrolysis of the ethylene-propylene enterprises in Russia

Appendix 2. Address directory of largest enterprises-producers of fractions of liquid pyrolysis products

Appendix 3. Address directory of the largest Russian enterprises-producers of articles made of PDCPD

Table 1. Composition of the C5 fractions of the pyrolysis gasoline, obtained at various temperatures of pyrolysis

Table 2. Composition of the C9 fractions of the pyrolysis gasoline, obtained at various ethylene units

Table 3. Production of ethylene and propylene by the Russian enterprises in 2008 and 2013-2014, thousand tons

Table 4. Fractions of liquid pyrolysis products and petroleum resins, sold by the Russian enterprises

Table 5. Plans of construction of new pyrolysis facilities in Russia by 2030

Table 6. Characteristics of DCPD-rectificate

Table 7. Technical specifications of DCPD of production of JSC "Nizhnekamskneftekhim"

Table 8. Technical and economic indicators of JSC "Nizhnekamskneftekhim" in 2008-2013, million rubles

Table 9. Physico-chemical properties of DCPD of production of JSC "Sterlitamak Petrochemical Plant"

Table 10. Foreign trade in DCPD in Russi in 2011-2014, tons, thousand $

Table 11. Countries-suppliers (manufacturing companies) of DCPD to Russia in 2011-2014, tons

Table 12. Russian recipients of the imported DCPD in 2011-2014, tons

Table 13. Countries-recipients of the Russian-made DCPD in 2013-2014, tons

Table 14. Annual average import prices on DCPD of various concentrations in Russia in 2011-2014, $/ton

Table 15. Balance of production and consumption of dicyclopentadiene in the Russian Federation in 2011-2014, thousand tons, %

Table 16. Areas of application of PDCPD products

Figure 1. Scheme of a metathesis polymerization reaction with a ring-opening (ROMP) in dicyclopentadiene under the action of the catalyst

Figure 2. Dynamics and volumes of imports of DCPD in Russia in 2011-2014, tons

Figure 3. Dynamics of key indicators of the DCPD market in Russia in 2011-2014, thousand tons

Figure 4. Sectoral pattern of consumption of dicyclopentadiene in Russia in 2011-2014 (averaged), %

Figure 5. Dynamics of imports of raw materials for the production of PDCPD in JSC "RIAT" in 2011-2014, tons

Figure 6. Dynamics of imports of raw materials for the production of PDCPD in LLC "Eastern Polymer Company" in 2011-2014, tons