Multi-profile R&D support
 
Nedra-Test, a Research and Testing Establishment LLC, provides geological and oil-producing companies with multi-profile R&D support. Reagents’ kits for field laboratories of drilling fluids. Digital calcimeters. The “TLD-10” linear swelling meter with a registered software. A testing laboratory accredited under ISO 13500 and ISO 10414 by ILAC and APLAC, arbitrary X-ray tests for organic chlorine. The “Nedra Core” drilled-core isolating gel (for filling a downhole coreholder tool). Drilling software applications: DiPC Engineer – drilling hydraulics.
 
teksert

Physical and Chemical Research Centre is an accredited laboratory by TEKSERT System (Russian Oil and Gas Industrial Certification System) for testing natural waters, drilling fluids and chemical materials for drilling fluids. We provide arbitrary tests for organic chlorines in oils, fuels and chemicals performed by means of X-ray fluorescence photometry.

 

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Since 2016, Physical and Chemical Research Centre had being certified by AAC Analytica under governance of ILAC (UN) and APLAC for the following standards:

  • ISO 13500:2008 (R) 
  • ISO 10414-1-2012 
  • ISO 10414-2-2012 
Cобытия из нашей работы и жизни
Последние публикации
Программа MarCS Engineer для расчета плотной упаковки частиц утяжелителей буровых растворов

Приведено описание методов расчета и функциональных возможностей нового программного продукта MarCS, предназначенного для расчета плотной упаковки частиц утяжелителей в фильтрационной корке бурового раствора

Каналообразование в цементном камне при использовании оснастки буровых колонн из алюминиевых сплавов

В статье экспериментально изучена ситуация, когда ис- пользование оснастки обсадных колонн из алюминиевых сплавов, несовместимых со стандартными марками тампо- нажных цементов, приводит к образованию каналов

Asphaltenes: Absorbers and Scatterers at Near-Ultraviolet–Visible–Near-Infrared Wavelengths

This study examined the dominant mechanisms of near-ultraviolet–visible–near-infrared (NUV–vis–NIR) light attenuation in toluene solutions with asphaltene concentrations (CA) in the wide range of 0.20–1880 mg/L. The analysis of experimental results indicates that in the near-ultraviolet range (270–430 nm) the main mechanism at all CA is electronic absorption by 1–4 ring aromatic chromophores and by vanadyl porphyrins ...