Revolutionizing Wastewater Treatment: Introducing SCOPE

Mobile S.C.O.P.E in action.

In the realm of wastewater treatment, innovation is key to unlocking more efficient and sustainable solutions. Meet SCOPE (Scalable Continuous Piloting Equipment) – an appliance meant to transform the landscape of laboratory-scale Proof of Concept (PoC) test work.

Development of SCOPE

SCOPE represents the culmination of EPSE’s commitment to excellence in wastewater treatment. It was originally designed to bring functionality, optimization of operational expenditure (OpEx), and capital expenditure (CapEx) to EPSE’s large-scale on-site piloting. All this without the logistical challenges of transporting heavy machinery to the customer’s site.

Effects to Business

“SCOPE has indeed been instrumental in our efforts to expand our customer base, particularly in regions like Kyrgyzstan and Pakistan. Its ability to deliver superior results has not only enhanced our credibility but also increased our market share in these regions. As we start using SCOPE more and more, we continue to witness its positive impact on our operations and the satisfaction of our customers.”, says EPSE’s CEO Jouni Jääskeläinen.

Transforming Laboratory-Scale Testing

At its core SCOPE embodies the essence of the EPSE™ Method – a precisely devised approach to wastewater treatment. Beginning with desktop assessment and progressing through laboratory-scale PoC, pilot-scale PoC, and eventual scale-up, the EPSE™ Method enables a secure pathway to sustainable solutions. SCOPE seamlessly integrates into the laboratory PoC phase, making the simulation of continuous EPSE treatment possible using real wastewater samples from clients.

The thing that makes SCOPE stand out is the ability replicate the replicate EPSE batch and continuous treatment process in a compact, versatile package. It is equipped with all the necessary process steps, mirroring the large-scale continuous process treatment and providing invaluable insight into the successfulness and practicality of the EPSE™ Method.

Here you can see the wastewater before EPSE™ Method. Looks clean, right? It’s full of harmful and toxic metals. During the EPSE treatment the metals will get separated from the water.
Here you can see the wastewater after the EPSE™ Method. All of that green liquid is metals. After that the metals will be filtered so that the clean water and metals get separated.

Future plans for SCOPE

The development work for  SCOPE keeps on going. Here are a few words from EPSE’s technical specialist Kimmo Hellsten about the future of the device: “The development plans for the SCOPE equipment involve enhancing the current setup by adding dosing and transfer pumps as well as pH measurement points. This will make the equipment more versatile and capable of accommodating different treatment models. Additionally, improvements to the user interface and various parameter inquiries are planned to facilitate the operator’s work. Measurement and sampling sensors can also be connected to the equipment for online analytics. Furthermore, scaling the equipment to a larger flow rate setup is possible, allowing for larger sample sizes, such as producing a larger amount of sediment for analysis purposes.

Impacts Beyond the Lab

The impact of SCOPE extends far beyond the laboratory. By expediting the PoC test work process, it accelerates the pace of innovation, enabling quicker, more efficient solutions to address the urgent challenges of wastewater treatment. Its scalability ensures seamless transition from lab-scale testing to large-scale implementation, facilitating real world impact and sustainability.

Pioneering a Sustainable Future

As we stand on the brink of a new era in wastewater treatment, SCOPE stands as a beacon of innovation and progress. With its ability to revolutionize laboratory-scale PoC test work, SCOPE paves the way for a future where clean, sustainable water resources are within reach for all.