Summary of "Радиация в Новосибирске более 15 мкЗв/ч (1500 мкР/ч): опасность есть, экстренные службы бездействуют"

Summary — main observations and findings

Measured radioactive contamination was detected in Novosibirsk (Kaitmovskaya / Kaytymovskaya Street) with local hotspots up to approximately 15 µSv/h (≈ 1500 µR/h). These levels are well above normal background and are indicative of a contamination source.
The contamination is spotty and highly localized (for example, individual hotspots ~10 cm × 10 cm and multiple hotspots within a few meters), but contamination was also found on or beside the roadway and fence line, making spread by pedestrian and vehicle traffic possible.
The suspected origin is waste brought from the nearby Novosibirsk Chemical Concentrates Plant (based on local testimony and the observed contamination pattern).

Do not disturb or dig into contaminated spots — disturbing them can spread contamination or mobilize radioactive particles.

Radioactive dust and contaminated soil can stick to shoes, vehicle tires, and clothing, enabling transfer into dwellings (secondary contamination).
Small, concentrated hot particles or contaminated pebbles may be easily transported on shoes or by vehicles.
Working in wet conditions reduces airborne dust (rain had fallen during the investigation), but protective respiratory equipment and decontaminable footwear are recommended to minimize inhalation and transfer risks.

Initial survey: a lightweight search detector (search probe) was used to scan broadly and locate “hot” spots.
Confirmation: hotspots were confirmed using a second, slower but more precise instrument (examples named in the video: MK-15d / KS-15d). The confirmatory device is stated to be included in the State Register of Measuring Instruments for verifiability.
To avoid contaminating the instrument, the detector was placed on a plastic sheet or other plastic backing when taking confirmed readings.
Readings: the instrument was allowed to reach statistical stability before recording values (precision reported as ~±5% for readings above ~1 µSv/h).
Mapping and search planning: contaminated points were mapped and further searches were planned along the street (searches described in ~100 m blocks) to delineate contaminated zones.
Field safety: the team avoided disturbing the soil and did not excavate to find depth; spots were recorded and authorities were to be notified rather than samples removed in the field.

Avoid walking through or driving over identified hotspots with bare footwear or unprotected tires if possible.
Use washable boots and personal protective equipment: respirator and gloves when working near contamination.
Photograph and video-record hotspots and attach measurement files when filing official complaints to authorities.
Do not attempt to dig up or otherwise disturb contaminated spots; this can increase the hazard.

Multiple emergency and regulatory services were contacted: 112 (general emergency dispatch), local unified dispatch, “051” rescue service, Rospotrebnadzor, with references to the Ministry of Emergency Situations (EMERCOM) and the Ministry of Natural Resources as potential operational responders.
Reported response was fragmented and inconsistent:
- 112 sometimes forwarded the report to services that handle mercury thermometers rather than radiation incidents.
- The 051 rescue service reportedly stated they deal only with mercury incidents/thermometers.
- Rospotrebnadzor suggested filing a formal online appeal rather than providing an immediate operational response.
- EMERCOM and the Ministry of Natural Resources were mentioned as appropriate operational responders but were not directly connected during the investigation.
Investigator’s conclusion: there appears to be no functioning local state radiation monitoring / rapid-response service in Novosibirsk able to promptly register and eliminate such contamination; official channels were slow and poorly coordinated.

The measurements shown are localized snapshots; the investigator believes additional contaminated spots likely exist nearby.
The field team avoided depth probing and did not remove samples for laboratory analysis; therefore the total contamination inventory and the exact source are not confirmed by sampling or laboratory tests within the video.
Device naming in the narration varies (examples: MK-15d, KS-15d, K-15d). The reported method used a search probe plus a slower confirmatory State-registered dosimeter.

Andrey Ozharovsky — reporter / investigator featured in the video.
Former employees of the Novosibirsk enterprise (unnamed) — provided location/contextual information.
Institutions and services contacted or mentioned:
- 112 emergency service (general emergency dispatch)
- 051 rescue service (local rescue dispatcher)
- Rospotrebnadzor (Russian consumer / public health oversight agency)
- Ministry of Emergency Situations (EMERCOM)
- Ministry of Natural Resources
- Radiometric shift chief (unnamed)
- Unified/local dispatch services (unnamed)
Suspected source of waste: Novosibirsk Chemical Concentrates Plant (probable origin referenced by local testimony and contamination pattern).

Detectable, hazardous-level radioactive hotspots (up to ~15 µSv/h) were found in a residential/roadside area in Novosibirsk.
Contamination is highly localized but positioned such that it can be spread by people and vehicles.
Field measurements followed a two-stage survey-and-confirm procedure, but no samples were removed for laboratory confirmation.
Official response was reported as slow and poorly coordinated; investigators recommend precautionary measures and formal reporting with photographic and measurement evidence.