
Reineur brings academia, industry, government, researchers, professionals and innovators into one ecosystem to share knowledge, solve real-world challenges and turn ideas into meaningful opportunities.



Bridging knowledge silos across academia, industry and government
REINEUR is a digital platform that is bridging knowledge silos across Academia, Industry, and Government by fostering collaboration, innovation, and economic growth.
Reineur means REsearch, INnovation, entreprenEURship
Research is being conducted. Businesses are solving problems. Governments are shaping policies. Communities are creating solutions.
But too often, the people, knowledge and resources needed to move these ideas forward exist in separate places.
Reineur connects these worlds so knowledge can move beyond institutions, conversations can become collaborations, and ideas can become solutions.







The knowledge exists, every group already holds part of the answer. They orbit the same problems without ever meeting, because the connection is missing.
Reineur sits in the middle.
Reineur connects the dots.




Reineur Community brings researchers, academics, professionals, students, government stakeholders and industry leaders into focused spaces where they can exchange knowledge, ask questions, solve problems and collaborate.

Communities
Find and join communities built around your interests, profession, institution or field.
Questions & Solutions
Ask questions and get solutions. Share your expertise by also answering questions.
Recognition
Build your professional reputation through meaningful contributions.
Take research beyond the institution
Reineur gives researchers, academics and students a place to share knowledge, discover collaborators, engage with real-world challenges and connect their work with people who can use it.

What academia can do
Find Collaborators
Connect with researchers and professionals beyond your institution.
Engage with Industry
Connect academic knowledge with real-world problems.
Discover Funding (coming soon)
Find relevant research grants and funding opportunities.
Turn knowledge into innovation.
Connect your organisation with researchers, experts, emerging talent and institutions that can help you solve problems, strengthen research and development and accelerate innovation.

What industry can do
Find Expertise
Connect with researchers and professionals who understand your challenges.
Solve Problems
Bring real-world challenges to a network of people who can help solve them.
Showcase Innovation
Share products, research, technologies and initiatives.
Connect policy with knowledge, people and innovation.
Reineur gives government institutions a collaborative environment to engage researchers, industry, experts and communities around the challenges that matter.

What government can do
Access Expertise
Connect policymakers with relevant researchers and professionals.
Discover Evidence
Gain access to research, data, resources and expert perspectives.
Enable Innovation
Connect government challenges with innovators and organisations.
Reineur enables people and organisations to collaborate around challenges that affect communities, economies and societies, directly advancing the UN Sustainable Development Goals.
Reineur enables people and organisations to collaborate around challenges that affect communities, economies and societies, directly advancing the UN Sustainable Development Goals.

Aligned with the UN 2030 Agenda
Sustainable Development Goals
Reineur Solver is a native C# mathematics and numerical methods library that gives petroleum and mechanical engineers, data analysts, energy and scientific researchers the computational infrastructure to move from equations to working models without leaving the .NET ecosystem.
250+
Maths, statistics and engineering functions
13+
Documentation chapters with runnable examples
C# / .NET
A native API with no wrappers or foreign runtimes
Each method area is a documentation chapter with runnable examples.
Use it for anything from reservoir models to numerical experiments.
Matrices, factorisation, SVD, and dense and sparse solvers for large engineering models.
ODE solvers for both initial value and boundary value problems.
Efficient numerical inversion of Laplace transforms for analysing systems in the time domain.
Reliable quadrature and integration methods for scientific and engineering models.


Non-linear, LP and MILP methods, SQP, Levenberg–Marquardt, genetic algorithms and curve fitting.
Reservoir simulation, material balance and production engineering workflows. These grew out of SEPAL's petrophysical and reservoir engineering work.
Solve with Reineur Solver. Discuss on Reineur
Reineur is a knowledge-sharing platform that connects researchers, industry professionals, and government stakeholders in one place. It's for anyone who creates, applies, or funds knowledge and wants to see it travel further than the institution it came from.
Have more questions?
Send us your question and we'll get back to you.
Join a growing ecosystem of researchers, professionals, institutions, innovators and organisations working together to share knowledge, solve problems and create impact.