Industry: Integrated Region: Denmark Transaction price: US$ 1 million Transaction method: equity investment
Project introduction:
Based on the advantages in the calculation methods and algorithms of model prediction, adjustment, optimization and simulation, researchers at the University of Denmark have developed a technical solution for online process control and optimization, which can be widely used in oil and gas, chemical industry, minerals, food, energy and biology.
industrial control
Production process control can be used to improve profitability and reduce process variability. Provide standard and advanced production process control solutions and software to improve process profitability. The production process control software can be used for system monitoring and adjustment of standard PID controllers and MPC controllers. This can be used for controllers implemented in standard as well as custom control systems.
Model predictive control (MPC)
This technology provides a linear, nonlinear and economical MPC solution for the process industry. This includes minerals, chemicals, biotechnology, food and energy industries. MPC technology can be used in reactors, separation processes and utilities. It also develops fast customization MPC technology for embedded systems in medical and industrial fields. The MPC software of this technology can control multivariable, nonlinear and difficult processes better than the traditional PID control technology. MPC software can be applied to fast and large-scale systems.
optimize
Real-time optimization (RTO) and economic MPC are important components of our MPC software. This is used to improve productivity, reduce specific energy consumption and reduce product differences. All these factors are helpful to improve the profitability and automation of MPC system from this technology.
Industrial application:
Upstream of oil and gas industry
The MPC and optimization technology of this technology are used to control, optimize and digitize the advanced production process in the upstream oil and gas industry. This includes long-term optimization within the reservoir and short-term process optimization of plant facilities (such as flow systems, risers, compressors and separators). By improving oil and gas recovery, reducing downtime and prolonging the life of components, the profit has increased by 5-15%.
processing industry
The MPC and other advanced production process control technologies of this technology are applied to oil and gas, chemical, mineral, food, energy and biotechnology industries. MPC technology can be used to improve the efficiency and profitability of these processes by operating closer to constraints. Typical benefits are improving productivity, reducing specific energy consumption and reducing product differences. Usually, this means that the profitability of the process has increased by 10-15%.
biotechnology
This technology provides model predictive control (MPC) technology for industrial biotechnology and pharmaceutical processes operating in batch or continuous mode, including model prediction and control for batch, fed-batch and continuous fermentors (including non-traditional reactors). This technology is also suitable for separation processes such as filtration, evaporation, crystallization, distillation and chromatography.
Provide solutions to coordinate and optimize the operation of industrial biotechnology facilities within the factory.
Cooperation mode:
Provide customized process control and optimization solutions for production enterprises in oil and gas, chemical industry, minerals, food, energy and biology industries. Welcome to discuss.