Contact person
Lars Sundvall
Gruppchef Cellulosateknologi
Contact LarsMoRe Research AB is being integrated into RISE. The rebranding from MoRe Research to RISE will take place in stages from 1 December 2024. The change not only means a new name, but also an increased focus on offering first-class services and innovations that reflect our customers' growing demands and expectations.
As an important step in our long-term strategy, the MoRe Research brand will be phased out, creating a unified and powerful platform to better meet our customers' needs. All offers and services can now be found on the RISE website and are summarised below.
MoRe has provided services, expertise, and equipment across the entire fibre line in pulp production and bio-based processes and products. In addition, its operations have also covered the energy sector, construction, technology suppliers, the chemical industry, and the forestry industry. The analysis laboratory has also carried out assignments in textiles, food, environment, agriculture, metals, and minerals.
All services and offerings are now gathered on the RISE website, where they can be found below.
We look forward to keeping our customers and partners updated during the process and to continue our journey together for a stronger future.
Cellulose fibres are an important resource in sustainable production, with applications ranging from packaging materials to textiles. RISE optimise the processing of cellulose from raw materials to different products, presenting innovative techniques that enhance both efficiency and environmental impact. By focusing on renewable and biodegradable materials, the cellulose fibre line helps reduce reliance on fossil resources and improve carbon efficiency. This in order to meet today's sustainability demands.
Contact Lars Sundvall
In the cellulose industry, precise and reliable chemical analyses are essential for optimizing processes, ensuring product quality, and driving sustainable development. Through advanced analytical methods, we can understand the properties of raw materials, monitor chemical changes during production, and adjust process parameters in real time.
Contact Christina Wedin
To develop and optimize the pulp process, testing and characterization of the pulp are crucial. This is essential to understand which properties are affected when process conditions change.
Cellulose Analysis & Characterization
Testing Comparison
Contact Madelene Nordquist
The quality of wood chips is crucial for pulp production, and at RISE, we offer a variety of analyses to ensure chip quality. By carefully examining and assessing different properties, we can identify any deficiencies or deviations that may impact the production process and the quality of the resulting pulp.
Contact Lars Sundvall
Processes and products are often contaminated for various reasons, leading to operational issues that create economic and environmental consequences, as well as potential customer complaints. RISE's extensive expertise and equipment can assist you with identification, troubleshooting, and solutions for nearly all materials and surfaces.
Contact Jessica Sjöstedt
To develop and optimize regenerated cellulose, RISE has two viscose pilots: one on a microscale and another for larger volumes of viscose solution. The pilots consist of six sections that together replicate a real viscose production process.
Contact: Diana Reyes Forsberg
Customized Courses for the Pulp and Paper Industry
RISE offers training programs for companies in the pulp and paper industry. We tailor the content to meet your needs and your employees' level of experience. Contact us to discuss a training program that suits your business.
This basic course is designed for laboratory technicians and similar roles. No prior knowledge is required, and we adapt the content according to the participants' needs.
Purpose and Objectives The goal is to provide laboratory staff with the knowledge and confidence to handle basic laboratory equipment correctly and efficiently. Participants will learn to use tools such as pipettes, pH meters, volumetric flasks, and measuring cylinders with precision.
Content and Components
Practical Information