Mr. Ilpo Auranen, Chairman of IMA Engineering has been recently interviewed by Dan Gleeson from the International Mining Magazine on the topic of Ore Sorting and Pre-Concentration Technology. You can read the whole article featuring Mr. Auranen’s interview in the 2021 March issue of the International Mining Magazine. Read the complete article and interview online or download a copy below.

IMA Engineering carried out grade control study in a low grade nickel mine, utilizing the new Percussive Drill Sampler - Analyzer (PDSA) trailer mounted version. The goal of the study was to compare the current mine grade control method with the new continuous On-Line sampling and analysis method, and calculate it’s effect to the mine economy.

This week, we continue our series of posts on the topic of Blast Hole Sampling and Analysis in Ore Grade Control in Mining and today we are talking about IMA Engineering’s Methods, Equipment and Results for Blast Hole Sampling. This article and the attached white paper are the continuation of our previous article that you can read here.

Blast hole sampling and analysis in Ore Grade Control in Mining is a topic that we feel, hasn’t been covered enough. During the month of March 2021, we aim to bring some clarity on this topic and to present some solutions to the current challenges faced by mining companies all over the world.

When working with drill cuttings sampling analysis we noticed that the conventional samplers with riffle and cone type sample splitters that take physical samples from drill chip were not giving good enough representative samples. We thought that there has to be a better way - and came up with the Autosampler, our drill cuttings sampling device.

IMA Engineering is one of the first companies to integrate X-ray Fluorescence (XRF) technology into the drill core analysis process. Together with our partners from Mine On-Line Service we developed and produced the Nordic region’s first mobile core scanner prototype more than seven years ago. Ilpo Auranen, Chairman of IMA Engineering, has been recently interviewed by the International Mining Magazine on the topic of drill core analysis.

Waste rock removal in preconcentration has direct effect on energy consumption in crushing and grinding and chemicals in concentrator. In concentrator waste is separated and goes to tailings pond, however, preconcentration directly reduces the volume of the tailings. Download our paper from the 2020 Digital Pre-concentration Conference in Australia.

In 2017, the Iterams project consortium started the adventure towards more sustainable mining under the European Union’s Horizon 2020 program. The project marked a new direction to the mining industry in relation to mine water and tailings. One of the main challenges of this century is to conserve and protect freshwater. The team at ITERAMS has published THE H2020 ITERAMS INTEGRATED MINING TECHNOLOGIES FOR MORE SUSTAINABLE RAW MATERIAL SUPPLY book this month.

Ore sorting is one of the focus areas mining companies are now looking at in improving mining proficiency and becoming ever more sustainable in mining. For almost a decade IMA Engineering has been developing sensor applications to better separate ore from the waste from early exploration to modern bulk ore sorting (or particle sorting).

Join us on November 11, from 5:00 pm in the Discussion Group where Ilpo Auranen will talk about Ore Sorting Deepdive.

The Journal of Cleaner Production was recently published, as part of the EU-funded ITERAMS project. Ima Engineering is taking part in the EU-funded project ITERAMS, "Integrated Mineral Technologies for More Sustainable Raw Material Supply" and our CEO Jukka Raatikainen contributed to this article which is a review of closed water loops with ore sorting and tailings valorization for a more sustainable mining industry.

We are proud to announce that IMA Engineering is a partner in the new EU-Project “illuMINEation”. Ready to kick-start in September, the project’s aim is to embed digital thinking into the heart of the mining industry, improving the digital skills of the personnel in the mining business and by enhancing cooperation.

Our CEO, Mr. Jukka Raatikainen was recently interviewed by Mining Finland on how IMA Engineering approached the recent COVID-19 epidemic.

The Covid-19 epidemic has pushed mining technology companies to develop new ways of delivering and maintaining their products.

Our latest IMACON slurry-analyzer version is based on same proven XRF technology that made the IMA Engineering on-line sensors well-known in the mining industry around the globe.

Mining companies are faced now with the challenges to meet their targets for this and coming years. IMA Engineering suggests that mines increase the mill head grade by processing higher grade ore. However, this can lead to a challenge, without the low grade ore going to waste rock area.

During the COVID19 crises traveling to mining sites is difficult. This might be a challenge for the foreseeable future. Even before the current crises, IMA embarked on a digital transformation journey to be able to support its customers remotely and to reduce its carbon footprint due to traveling related emissions.

In times of distress IMA Engineering, took measures to minimize human exposure to COVID19. While working remotely, we are still fully operational and committed to supporting our clients wherever they are on the planet. Just drop us a line and will be happy to connect with you.

We are extremely proud that Ilpo Auranen, Chairman of IMA Engineering has been interviewed by International Mining Magazine. Read more and download the whole interview.

A new year brings new opportunities and this is also the case for IMA in 2020. We are excited to share with you a few pieces of news regarding the year ahead. Our growth plans for 2020 are focused mainly on the South American market.

The new Era of modern sorting is here. IMA will explain Modern Sorting in the coming weeks and months with examples and cases.