Friday 15 November 2013

NOTICE OF SPEWARRI NOVEMBER TECHNICAL LECTURE

Dear All,You are cordially invited to SPE Section 104, Warri Technical  Lecture Series for   November   2013 scheduled as follows:Date:  Tuesday, 26th   of November  2013Time: 4.30pm promptVenue: Petroleum Training Institute Conference Center  IFECH HALL  Effurun- Delta State (Along Express road Before Wellington Hotels limited)

TOPIC: LABORATORY STUDIES OF CHEMICALS FOR SAND CONSOLIDATION (SCON) IN THE NIGER DELTA FIELDS.
PAPER  ABSTRACT.
LABORATORY STUDIES OF CHEMICALS FOR SAND CONSOLIDATION (SCON) IN THE NIGER DELTA FIELDS.


Sanding during petroleum production causes severe operational problems in the oil and gas industry. Several techniques have been used for sand production control in sandstone reservoirs. Consolidating materials, such as, crude oil coke and nickel plating have been used in the past by researchers. At present, chemical binders such as phenol resin, phenol–formaldehyde, epoxy, and furan or phenol–furfural provides cementation. This paper is centered on the laboratory studies of selected sand consolidating resins tested suitable for application in the Niger Delta oil fields. Considering the available resins for consolidation process, six types of chemical resins namely; Epoxy (A&B), Novalak Phenol–Formaldehyde, Furan Phenol Acrylic, Furan and Phenol resins were selected for studies. Three other locally made resins namely Rubber Latex, Evo-Stik and Polystyrene Gum were reviewed alongside for comparison and test for their applicability. Different core samples were made (Cured) using these resins and their hardening agents with sand sample obtained from a sand producing oil field in the Western Niger Delta. The core samples made were subjected to laboratory qualitative and quantitative analysis in order to obtain individual fluidity properties (permeability and porosity) under different overburden pressures from 500psi through 3500psi. Results from experimental data show that Epoxy A&B resins ranked best followed by Furan resin and then, the local resins. This was adjudged by the permeability and porosity of the core samples retained from original values after curing and measurements done at various overburden pressures.

AUTHOR'S PROFILE.
NAME: ABANUM, ANDREW M. (IDipNEBOSH, Mspe, GMiosh).
AFFILIATION: SEPCiN
Obtained both His 1st and 2nd degrees from the University of Port-Harcourt in 2009 and 2012 respectively with specialization in Petroleum Production Engineering. This is the second paper He has published with SPE and had presented them at the oral technical sessions of NAICE 2012 and 2013. The first paper titled "Application of Portable GTL Plants in the Niger Delta Fields- SPE Paper No.162994), and the second " Laboratory Studies of Chemicals for Sand Consolidation (SCON) in The Niger Delta Fields - SPE paper No. 167516).
He has over seven (7) years of working experience in the Oil and Gas industry since joining SPDC in 2006 via a specialized training programme (SITP/2). His experience span across upstream operations, midstream and downstream of petroleum production operations.
Asides his petroleum engineering profession, He is also, an occupational health and safety consultant and a human capital development trainer in HSSE.
Please bring a friend along!!!
  Regards,
Mrs. Thessy Ubaga
SPE Section 104 Warri Administrator
2348038666119