SSPC

SSPC, Research Ireland Centre for Pharmaceuticals

@sspc_research_ireland_centre_for_pharmaceuticals

Limerick
http://www.sspc.ie
Pharmaceutical Manufacturing

Overview

About SSPC, Research Ireland Centre for Pharmaceuticals

SSPC, Research Ireland Centre for Pharmaceuticals, is a hub of Irish research expertise developing innovative technologies to address key challenges facing the pharmaceutical and bio pharmaceutical industry. The aim of SSPC is to delivery industry relevant technical solutions, which result in job growth and retention within this sector in Ireland, and grow the skills base of qualified scientists and engineers.

The research carried out by SSPC crosses the pharmaceutical production chain from molecule to medicine, with the objective of gaining a better understanding of mechanisms, controlling processes, and predicting outcomes for the efficient and environmentally sustainable production of safe medicines. Specific areas of expertise include catalysis for organic synthesis, flow chemistry, theranostics, informed formulation for poorly soluble drugs, crystallization, solid form selection, continuous manufacturing, peptide/protein production routes and characterisation, novel reactor technology, process, molecular and mathematical modelling.

SSPC is led by University of Limerick at the Bernal Institute, in partnership with University College Cork, University of Galway, Trinity College Dublin, Dublin City University, University College Dublin, SETU Waterford, Maynooth University, NIBRT, and Royal College of Surgeons Ireland.

Headquarters

Limerick

Website

http://www.sspc.ie

Company Size

51-200 employees

Industry

Pharmaceutical Manufacturing

Company Type

Government Agency

Founded

2007

Specialties

process manufacturing, PAT, statistical modelling, synthetic chemistry, biocatalysis, microbial systems/antibiotic resistance, Diabetes models, crystal engineering, cocrystal design & discovery, Preformulation & formulation of solid dosage forms, solid state characterization, process engineering, bioprocess engineering, desiphering nanoscale design of macromoleculr self-assembly, Predicting multi-component solid forms from first principals, Mathematical modelling, Computational fluid dynamics technique, process analytics, flow chemistry, continuous processing, sd, and MedTech

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