NEW YORK—Spotnana, the world’s first Travel-as-a-Service platform modernizing the infrastructure of the travel industry, announced the release of Spotnana Carbon Removal, a new offering that enables corporate travel programs to achieve their sustainability goals. Through Spotnana Carbon Removal corporations can remove carbon from the atmosphere through advanced technology that is fast, exact, and permanent.
“Corporations need effective solutions for true carbon removal to ensure travel is sustainable for current and future generations,” said Johnny Thorsen, VP of Partnerships at Spotnana. “To achieve net zero impact, we believe it’s essential to provide access to carbon removal technology that is effective, accurate, and simple to use.”
Spotnana Carbon Removal delivers high quality carbon removal offsets through a partnership with Creturner Group, which uses a Bio Carbon Capture and Storage (Bio-CCS) process to convert wood-based waste products into coal that is deposited into old, end-of-life mining pits. This process ensures that a precise amount of carbon is permanently removed from the atmosphere and stored underground.
‘Clearly Measurable’
“We are excited to partner with Spotnana to deliver a flexible, transparent, and digital way to meet their customer’s needs for true climate offsets,” said Daniel Moström, Board Chairman at Creturner Group. “Unlike traditional forms of carbon offsets like tree planting, our approach is immediate, permanent, and clearly measurable.”
Spotnana customers can choose to offset their travel program carbon emissions as calculated by their preferred partner. After an offset is purchased, a digital certificate is provided to customers in the form of a blockchain-based token as proof of their carbon emission removal.
In addition to helping customers reach their sustainability goals, Spotnana is committed to achieving net zero carbon emissions for its own travel program and uses Spotnana Carbon Removal to offset carbon emissions created by Spotnana employees when they travel for business.
