ERMA FIRST has been developing cutting-edge BWTS solutions and has set the standard for effective ballast water treatment with superior operational readiness, build quality and ease of use. In addition, ERMA FIRST is an experienced manufacturer of pioneering sustainable marine equipment solutions. ...
Erma First carbon capture and storage system gains LR AiP Perama, Greece, headquartered Erma First, well known for its ballast water management solutions, is adding shipboard carbon capture and storage (CCS) to its offerings. Today, its amine absorption-based CCS solution was awarded ...
“Our client needed a temporary Ballast Water Treatment Solution for quite an old vessel,” said Damen sales manager, Rutger van Dam. “ERMA FIRST’s oneTANK is small enough to be housed in a twenty-foot container. This means that installation will be quite straightforward and, more importantl...
ERMA FIRST'S BALLAST water management system (BWMS) has become the sixth to receive US Coast Guard (USCG) type approval. USCG issued a certificate on 18 October for the system, which uses a three-step process consisting of filtration and electrolysis during uptake and neutralisation at discharge...
Erma Firstis represented in Germany by MOE Marine & Offshore Equipment, who has handled this prestige project during the last 18 months. After a thorough review of the different Ballast Water Treatment Systems (BWTS), Peter Döhle Schiffahrts-KG has decided to partner with Erma Firstfor the ...
ERMA FIRST receives USCG approval for BWTS FIT system Greece’s ERMA FIRST reports it has become the first full flow electrolysis Ballast Water Treatment System vendor to receive US Coast Guard (USCG) type approval for its BWTS FIT equipment....
The highly experienced ERMA FIRST Logistics teamworks with reputable partnerstoprovide you with the most competitivetransportrates in the market and safelydeliveryour equipmentwherever needed. Our Advantage The only complete full flow electrolysis system ...
The ERMA FIRST Ballast Water Treatment System, is a whole flow system which employs at first stage an advanced filtration and cyclonic separation system, during uptake, for the removal of larger organisms and sediment (up to 20 μm), followed by an electrolytic process based on the principal ...