Accurate evaluation of cement slurry thickening time is critical to avoiding catastrophic well integrity failures or expensive non-productive time (NPT) during primary cementing operations. As exploration deepens into ultra-deep reservoirs and geothermal wells, laboratory equipment must replicate extreme bottom-hole static temperatures (BHST) and bottom-hole circulating temperatures (BHCT).
Engineered to meet and exceed API Spec 10A standards, the Nithons NZCJ2120 HTHP Consistometer simulates challenging downhole environments with operating parameters up to 204°C (400°F) and pressures reaching 138 MPa (20,000 psi). The system enables precise measurement of the consistency of oilwell cement slurries in Bearden Units (Bc) under customizable, automated temperature-pressure ramps.
"By integrating the NZCJ2120 into Dulaty University's state-of-the-art petroleum lab, researchers and engineers can now model real-world downhole behavior with high repeatability, bridging the gap between theoretical research and field applications in the Caspian region."
Traditional HTHP consistometers often suffer from extended cooling cycles between test runs and complex maintenance routines, creating bottlenecks in busy research and commercial testing facility schedules. The NZCJ2120 model addresses these industry pain points directly through two engineering breakthroughs:
Equipped with an optimized cooling jacket and intelligent fluid management, the NZCJ2120 significantly accelerates heat dissipation after test completion. This drastically cuts down wait times between consecutive high-temperature runs, allowing laboratory technicians to conduct more test sequences per shift.
Routine maintenance can cause costly operational delays. Nithons integrated modular pressure vessel components, self-aligning magnetic drives, and durable heating elements into the NZCJ2120 design. This ensures leak-free operation at high pressures while simplifying daily cleaning and seal replacements.
The installation at Dulaty University highlights Tianjin Nithons’ growing footprint in supplying reliable oilwell cementing lab instruments across Central Asia. As a Sino-Japanese joint venture established in 2013, Nithons combines rigorous quality control with flexible customization to serve energy companies, third-party testing service providers, and academic institutes globally.
This strategic partnership provides Dulaty University’s research staff with cutting-edge testing capabilities to develop tailored cement slurry additives, evaluate retarders and fluid loss agents, and optimize slurries for local geological formations.
Beyond standalone HTHP Consistometers, Tianjin Nithons Technology Co., Ltd. supplies complete, customized laboratory configurations, including:
Atmospheric & HTHP Consistometers (Single Cell & Dual Cell configurations up to 315°C / 275 MPa)
Rotational Viscometers / Rheometers for slurry flow property profiling
HTHP Fluid Loss Cells & Static Gel Strength Analyzers (SGSA)
High-Speed Constant Speed Mixers & Slurry Curing Molds
API Accessories & Replacement Spare Parts (Potentiometers, Slurry Cups, Diaphragms)
Whether you are expanding an existing oilfield services laboratory or equipping a new petroleum engineering university center, Nithons offers comprehensive OEM/ODM manufacturing, technical training, and international after-sales support.
Contact Person: Natasha (Overseas Sales Director)
Direct Call / WhatsApp / WeChat: +86 138 2094 6121
Official Email: abroadsales4@nithons.com
Website: www.cementinglab.com
Address: Universal Enterprise Park, No. 1 Sizhi Rd., Xiqing District, Tianjin, China
https://youtu.be/Bu-PEqhaAEk?si=M12hKBIWhi1uaskE
Sino-Japanese joint venture Tianjin Nithons Technology Co., Ltd. was established in 2013, focusing on the research and development, manufacturing, sales and after-sales service of a new generation of oil cementing testing instruments and related accessories.
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