UNIWE highly values technical progress for oil&gas exploration and development technology and forms relative thchnology with UNIWE characteristic on the basis of study and analysis for hundreds of projects. 

• Quick Appraisal of Oil and Gas Exploration and Development Assets 

The feasibility study of oil and gas M&A project is always in a tight schedule and heavy task with limited data.  In order to complete clients’ assignments more efficiently, UNIWE independently developed Global Oil and Gas Resources Search System Quick-S (2016) and Global Oil and Gas Projects Quick Appraisal System Quick-E (2017), Material Balance Simulation System USOMB( 2022) which are all full copyrighted by UNIWE. These systems can help in reservoir fluid parameters estimation, reserve calculation, single well production forecast and reservoir material balancing simulation etc., which can quickly provide solid information in reserves appraisal and valuation.

•Static and Dynamic Analysis Combined with Comprehensive Reservoir Potential Studies 

Reservoir engineers, production engineers and G&G experts are highly collaborative, applying oil and gas well dynamic data, well test interpretation data together with G&G studies to perform the study on characteristics of reservoir properties, distribution of edge-bottom water etc., build more accurate geological model for reservoir development and production. 

•Technology and Economics Highly Integrated in Field Development Plan/Optimization Design 

UNIWE team are experts at setting up the single well technical and economic evaluation model, optimization of well pattern, well spacing and well completion. All the information will be coordinated for the overall reservoir development planning together with fiscal terms, optimize the field development from the perspective of the economic benefit to gain greater returns for investors. 

•Optimization of Water/Gas Injection and Oil Production in Multizone Reservoirs 

Injected water breakthrough from thief zone easily happens in multilayer heterogeneous reservoir which cause a large amount of remaining oil left in the reservoir. Dynamic data, logging, sedimentary facies are combined for remaining oil distribution studies by UNIWE. Cycle injection, production and injection profile adjustment, sidetrack and reperforation and refracture of wells are used for tapping and increasing remaining recoverable oil reserves. 

•Shale / Tight Oil and Gas Efficient Development Technology 

Since 2010, UNIWE has participated in the development planning of the world‘s largest Barnett shale gas field. In the past 10 years, UNIWE successively participated in more than 30 of tight oil and gas development project in North America for feasibility study and assets evaluation, and is familiar with North America tight and shale oil and gas exploration and development technology. UNIWE team members also have rich experience of field development plan and well design for tight oil and gas field such as Ordos Changbei gas fields and deep shale gas fields  in China.