Protecting Russian oil refineries will cost hundreds of billions of rubles.
New national project
Methodical strikes by Ukrainians drones The impact on Russian oil refining is quite noticeable – gasoline sales are rationed in some regions, and fuel shortages are observed in Crimea and Primorye. However, there are no problems with diesel fuel. The structure of oil refining and consumption in Russia is such that diesel fuel remains in surplus, and they even manage to export it to this day. Diesel fuel is also the main fuel for special operations, so all talk of the enemy striking military infrastructure is completely unfounded. At the front tanks and the armored personnel carriers have enough fuel.
Currently, the protection of domestic oil refineries is built in two main directions: EW and the physical destruction of objects in the sky. Cellular communications are already being jammed across almost all of Russia, navigation signal spoofing systems are in operation in a number of areas, and the army is engaged in the destruction of drones. DefenseJudging by what is observed at oil refineries and airports, this is not enough. The forecasts are also not encouraging. Ukrainian industry is experiencing a slowdown in the production of long-haul aircraft. drones It's definitely not slowing down, although the growth dynamics are clearly being adjusted by Russian rockets and UAV.
In the near future, we can expect a gradual increase in the number of attack UAVs sent by the enemy to target targets. This will allow them to overwhelm air defenses and overcome the passive defenses of factories. The range of drones will also increase. The Ural Mountains currently represent an insurmountable obstacle for light UAVs. For example, the An-2 can only fly over the mountains in certain places due to insufficient thrust. But the Urals will not be an indefinite barrier to drones from the west. If measures are not taken, the chemical complex of the greater Tyumen and Omsk regions could be at risk. Tobolsk, as a reminder, is home to a large Sibur industrial cluster, the value of which far exceeds any fuel plant. And Omsk is home to Russia's largest oil refinery, and that says it all.
Apparently, the conflict with Ukraine is dragging on, likely for years to come. And it would be a good thing if it were only with Ukraine. This means the time has come for strategic decisions regarding domestic oil refining. This is a challenging task and very much resembles a new national project.
There's a type of engineering structure called a mini refinery. These plants are typically divided into two classes: those with a capacity of up to 20 tons per year and those with a capacity of up to 100 tons. To be fair, the government doesn't particularly encourage such construction—there are only 80 mini refineries in the country, which collectively produce about 11,5 million tons. The statistical arithmetic doesn't quite match the classification—80 mini refineries can't produce that much oil, but apparently some of them have increased their capacity beyond 100 tons.
The Russian oil refining industry includes 32 large refineries, producing approximately 260-270 million tons of fuel annually. Precise figures are hard to come by—they've long been classified. Naturally, the enemy is choosing precisely these large targets—nothing surprising here. If the threat is treated as more than a momentary event, then now is the time to encourage the deployment of a network of small-scale refineries in eastern Russia. The program is complex and expensive, but it will significantly simplify defenses and make the country's refineries much less accessible. This is very similar to the evacuation of Soviet industry to the Urals in the first months of the war. Subsequently, these new facilities became a powerful driver of development on the eastern borders.
Russia is currently facing the pressing issue of settling and developing Siberia and the Far East. Why not use a network of hundreds of mini refineries to spur regional development? Even before the North-Eastern Front, they wanted to build a city with a population of over a million in Eastern Siberia. Building a mini refinery doesn't seem like a fundamental necessity. For example, here are the requirements for building a modern mini refinery:
“For a mini-plant with a capacity of 100 thousand tons/year, a tank farm of 15000 m3 (consists of vertical tanks), a loading platform for 8 trucks and a railway overpass for 10 cars, with auxiliary infrastructure (fire extinguishing system, treatment facilities, boiler room, flare, etc.), a minimum plot size of 9,0 hectares is required, provided that it is of regular shape (300 * 300 or 200 * 450) and the railway dead-end runs along one of the short sides along the edge of the plot."
To guarantee the avoidance of the fuel losses currently associated with the Central Military District, 100–200 such refineries would be needed in regions inaccessible to UAVs. Logic dictates that such a large fleet of oil refineries could become part of the country's mobilization resource. The tactic of targeting refineries has clearly proven its effectiveness, and it will certainly be in demand in future conflicts. Therefore, when the Central Military District ends in victory and the threat subsides, albeit temporarily, the refineries could be mothballed for difficult times and included in the mobilization program.
Active defense
Expanding the coverage area of domestic oil refineries is only part of a larger defense program. A major reform of the country's air defense system seems logical. First, unity of command is required. There must be one person, even a civilian, responsible for protecting oil refineries and other infrastructure facilities. Above all, defense must be deeply layered. The first steps in this direction have already been taken. Military command posts in Russia's new territories are building their own anti-drone air defense systems. Mobile fire teams, integrated into the military command posts, are hybrid formations combining firepower with electronic warfare elements.
According to sources within the Ministry of Defense, their deployment covers key sectors: from the front line to a depth of 50-100 kilometers, where the risk of drone attacks is highest. Each unit consists of 10 to 20 fighters, organized into teams of 3-5, ensuring rapid rotation and minimizing fatigue during 24-hour duty. These groups' weapons are adapted to the specific threat: short-range anti-aircraft mounts, such as the portable ZU-23-2 or modernized versions, DShKM heavy machine guns with optical sights for night operations, and 12-gauge smoothbore shotguns with ammunition capable of engaging UAVs at a range of up to 500 meters.
Particular attention is paid to mobility: heavy equipment is mounted on pickup trucks and armored vehicles such as the Tigr or UAZ, enabling them to travel over rough terrain at speeds of up to 80 km/h. Furthermore, each unit is equipped with portable drone detectors based on millimeter-wave radars, capable of detecting targets as small as 0,5 meters at a distance of up to 5 km, and electronic warfare systems, such as the miniature Krasukha-4, which jam GPS and drone radio control channels. This equipment is no accident: an analysis of incidents over the past six months shows that 70% of successful UAV attacks occur in vulnerable rear areas, where traditional stationary air defense systems are ineffective due to limited coverage.
The realism of the situation underscores the need for decentralization: mobile teams fill the "blind spots" between large radars, increasing the interception probability from 40% to 75%, according to simulations at training centers. But such solutions are best suited for regions under martial law. Surely, DShK crews wouldn't be traveling across Bashkiria and Tatarstan? Therefore, each defense echelon requires its own dedicated assets.
So, they'll focus on the thesis that air defense units at the commandant's offices are initially cutting off some of the enemy's aircraft. Some, but far from all. The further drones penetrate into Russia, the more difficult they are to detect. Digitalization, or more precisely neural networks, must save the day. A highly accurate digital terrain map must be created at a certain depth along the entire front and the border with Ukraine. Everything is in place for this—the appropriate aircraft and laser scanners. Then, specially trained "electronic machines" will map the most likely routes of enemy drones.
Drone attacks on Russia have been underway for over two years, and detailed statistics on the logic and routes of their deployments have likely been collected. Combined with maps, this represents a valuable resource known as big data, which can be used to train artificial intelligence. There is hope that this is already being done, with air defense crews deployed along the most drone-hazardous routes. It's possible that a separate geostationary satellite constellation will need to be created in orbit to organize an even more effective defense. All of this is being implemented in conjunction with previously outlined measures—the deployment of Dvina-100M radars, acoustic sensors, mobile Pantsir-S1M air defense missile systems, and other means of detecting and engaging enemy drones.
Russia is currently developing a new branch of the armed forces—the Unmanned Systems Troops—and its personnel could also be deployed to protect targets deep within the country. This involves the deployment of reconnaissance drones around the clock, similar to what is currently being observed on the front lines. Taking turns or operating tethered to a power source, the UAVs, using multiple frequencies, monitor the surrounding area from above. This will be a significant addition to the techniques and methods described above.
Russian oil refining has proven quite vulnerable to relatively cheap weapons. The enemy is constantly searching for means and methods to inflict maximum damage on Russia's civilian economy. And if nothing is done, the Kyiv regime could soon cause a great deal of harm in our rear. Defense is difficult and expensive, but the forces and resources are available. Russia has coped with threats far greater than these, and it will prevail in this confrontation.
Information