References

The ferro.lyte® and inductar® ONH cube analyzers significantly cut the time and costs involved compared to those for the external testing laboratory that the company was using before. Costs for internal quality inspection are significantly lower. In addition, the materials can be identified with 100 % certainty within just a few minutes at the incoming goods stage.

MART Specialities Lab in Hyderabad, a contract testing laboratory, has expanded its organic elemental analysis capabilities by investing in the UNICUBE®.

Verdant Carbon is a startup soil sampling and analysis company, based in the south-east of England. The lab’s work focuses on testing organic carbon in agricultural soils, enabling farmers and landowners to better understand soil dynamics and move towards environmentally positive farming.

The Common Laboratory of Analysis at the Humboldt University of Berlin has improved the environmental performance and efficiency of its soil and fertilizer analysis.

Hamburger Hungária Ltd. has invested in Elementar’s vario MACRO cube to improve the efficiency and environmental performance of the power plant for its Dunaújváros paper mill.

The University of Pécs Faculty of Engineering and Information Technology has expanded its analytical capabilities with the purchase of new elemental analyzers from Elementar.

The CAS Center for Excellence in Molecular Plant Science (CEMPS) in Shanghai has upgraded its nitrogen analysis capabilities with Elementar’s rapid N exceed in order to deliver faster, more efficient analysis of maize samples.

Brookside Laboratories, Inc. has purchased more than 10 separate Elementar instruments over the last decade, allowing the company to scale up its operations and provide greater agricultural analysis capacity for its global client base.

The Institute of Applied Ecology of the Chinese Academy of Sciences is using Elementar technology for nitrogen cycle research

The University of Torino has used Elementar technology to facilitate its research into element cycling in the soils of different terrestrial ecosystems.

Avebe has used Elementar’s rapid MAX N exceed to deliver faster and easier protein determination in the production of potato proteins for food applications.

The PTW of TU Darmstadt is using Elementar instruments to optimize its research into enhancing the cost-effectiveness and efficiency of additive manufacturing.

Plantible Foods has used Elementar’s rapid N exceed for faster and more efficient quantitation of nitrogen and protein for its plant-based protein production

CUP Laboratories has been able to consistently deliver high-quality CNHS analyzes in a GMP-compliant manner at speed, achieving numerous efficiency benefits due to the user-friendly and modular design of the unit.

The Natural History Museum in London is using Elementar’s vario EL cube elemental analyzer for rock, soil, mineral and film analysis.

The Department of Marine Science and Convergence Engineering at Hanyang University is using Elementar IRMS systems to understand biogeochemical processes in natural environments

Contract laboratory JM Lord, Inc. is using elemental analyzers from Elementar to help farmers improve crop production

GeoMark Research has invested in Elementar IRMS technology to support its oil industry services & research

Geneva’s SCAV food authority has used Elementar technology to enhance the efficiency of its food analysis

Intertek Food Services has used the BiovisION Honey LC-IRMS system to minimize downtime in its honey analysis work

Lancaster University is using an IsoPrime100 IRMS for paleoclimate reconstruction

The University of South Carolina is using a customized isoprime precisION IRMS to enhance its oceanographic research

Plant-based food manufacturer Beyond Meat is using Elementar’s rapid MAX N exceed to create better products

The Technical Centre of Food Inspection and Quarantine at Shenzhen Customs is using an isoprime precisION IRMS to reveal food adulteration and incorrect labelling

The University of Ferrara is using a TOC analyzer coupled to an IRMS system to explore the deep cycling of carbon in the earth’s mantle