What if I told you that we send hundreds of millions of dollars to landfills every year?
Clean, fresh water is a luxury in many countries and is increasingly becoming a valuable commodity.
A unique feature of the electrowinning process is acid generation. As a result, acid can be recycled or recovered from the metal depleted electrolyte.
When talking about electrowinning, copper, silver, and nickel always seem to be the center of attention.
Electrowinning is a very convenient and robust way to directly recover dissolved metals such as copper, silver, gold, nickel, cobalt, and tin.
In electrowinning, metal ions dissolved in an electrolyte are deposited in a reduced metallic form at the cathode.
Electrowinning is a process used to recover metals from a solution or an electrolyte, by means of an electrolytic chemical reaction.
Way back in elementary school when you thought of nickel, the first image that popped into your head was probably that nice shiny 5¢ coin.
Cobalt, the element that is just starting to create a lot of buzz; from the auto industry to electronics production.
Hydrometallurgical extraction is an effective way to recover copper from low-grade copper ores.
A question that we hear from Clients every day is "Can I recover (copper - or other metals) from this?"
In one of the previous posts, I described the basic principle of conventional electrowinning.
Electrowinning is a process in which metal ions present in an electrically conductive solution are separated using a direct current.
In a world that is increasingly demanding sustainability, nonferrous metal recycling has become a very important practice.
Electrocoagulation (EC) is an electrolytic process used mostly for wastewater and industrial water treatment.
What do your morning cup of tea and a metal recovery plant have in common? Not a whole lot, is what you would hope!
The word liberation comes from the latin word, liberatus, which literally means "to set free" or "to deliver", and can easily apply to myria
A common question we get here at emewCorporation is: “What is the power consumption of emew electrowinning technology”. This is a very impor
Electrowinning is known as an electrolytic process because it involves electrodes submerged in an electrolyte.
Advanced green technologies (AGTs) refer to a group of practical methodologies and materials based, among others, on non-toxic chemical proc
The electrowinning of copper is an electrolytic process that uses electricity to recover dissolved copper from solution as a copper plate.
Billions of litres of wastewater are treated every year in wastewater treatment plants around the world. This wastewater, both industrial an
Nickel is a lustrous silvery-white metal with a tint of gold. While nickel is the 5 th most common element on earth, most of it is inaccessi
Electrowinning is a widely used technology in modern metal recovery, mining, refining, and wastewater treatment applications. The electrowin
Due to the increase in electric and electronic equipment (EEEs), high-purity silver continues to be in high demand. For the past 4 years,
In 2022, the world generated 62 million tonnes of e-waste, averaging 7.8 kg per person, according to the Global E-waste Monitor 2024.
Global demand for copper is on track to double by 2040, driven by electric vehicles, renewable power..
The discussions in earlier blog posts have delved into the value of metals in various types of electronic waste (E-Waste), the magnitude of
Electrometals would like to congratulate Bosch Australia for winning the Premier's Sustainability Award for Environmental Protection using
Silver refining technology offers the ability to recover high-purity silver from many different solutions including caustic cyanide PLS, nitric acid electrolyte, and more.
Electrowinning is the process of ‘winning’ dissolved metals from solution by passing an electrical current through an electrolyte containing
Lithium-ion batteries play a critical role in advancing sustainability efforts. From eco-friendly mobility to clean energy, many sustainabil
Many industries generate acid mist as a result of their industrial processes. In most cases the acid mist will be caused by usage of inorgan
As technology advances, demand for metals continues to increase, causing economic, social, and environmental challenges in the supply chain.
In this video, we discuss which adjustable parameters in the emew cell affect production and purity.
In this video, we answer questions about how to size your emew plant and what the typical delivery times are for emew equipment.
Today we would like to answer some frequently asked questions about types of emew cells and their production capacities.
