antec

Projects

Build, Own and Operate plants

Antec is working on investing in its own plants together with the local partners, who will provide the feedstock to our installations.

Vest Biogas

Hornindal, Norway

The plant will process about 100,000 tonnes of biowaste per year and will be Norway’s most advanced renewable biogas plant using Antec’s technology. Cow manure, fish sludge  and industrial food waste will be the primary inputs for the production of renewable energy. For shipping and heavy transport, the renewable biogas will be converted to liquified biogas (LBG). The CO2 that is captured from the plant will be made available for purchase by the food industries. Nutrient-rich biofertilizer will be returned to the local farmers as a replacement for artificial fertilizers which are beming more expensive and less accessive.

Malm Biogas

Steinkjer, Norway

The Malm Biogas Plant will be situated adjacent to Salmar’s smolt facility at Tjuin, Norway, occupying a regulated plot of around 20,000 square meters secured by a call option. Currently, there is an ongoing FEED involving all relevant stakeholders to prepare the project for FID. The primary feedstock for the plant will be provided through a partnership with Salmar, one of Norway’s major salmon producers, and local farmers in the surrounding areas. Nippon Gases, a notable European industry gas company, has committed to off taking the total CO2 volume produced by the plant. The biogas plant is designed to have an annual capacity of 100,000 tons of biowaste. This initiative aims to contribute to sustainable energy practices in the region.

Build, Own and Operate plants

R&D Projects

Plants using Antec Technology

Capacity: 50,000tons
AD System: 10 Antec BioReactors
Feedstock: fish silage and sludge, food waste, manure
Production: LBG, Liquid Bio-CO2, BioFertilizers
Startup: 2022
Location: Norway

Large - scale Industrial biogas plant

Norway, est.2022

This plant processes over 50,000 tonnes of biowaste
per year and uses Antec’s technology. 10 BioReactors are placed inside the hall, and create quiet, clean and odor – free working environment in the area, exposed for rough weather.

The plant was built in phases, where 4 first reactors were installed first to enable ramp up of the production and additional 6 reactors were installed once more feedstock became available.
The Antec’s biogas production hall occupies only 1000m2 in the industrial site near a quay area. Cow manure, food waste and fish sludge are the primary inputs for the production of renewable energy, CO2 and high quality biofertlizers.

Small - scale Industrial biogas plant

Norway, est.2020

This plant is the first commercial plant, where Antec used existing infrastructure at the industrial site to transform a warehouse into an efficient biogas facility. 3 Antec reactors are placed inside to allow for safe and comfortable operational conditions , also to protect against snow storms and strong winds typical for this area.
The plant is designed to handle a mix of manure, fish waste from the factory and municipal organic waste from all the
county.
The facility is equipped with a foodwaste reception hall and a CHP unit for production of electricity and heat used locally.

This plant is a great example of circular economy, producing local energy and quality biofertilizers for the use by community.
Small - scale Industrial biogas plant
Small-scale farm-based biogas plant

Small-scale farm-based biogas plant

Norway, est.2018

Presteseter is a vast and modern farm that belongs to Lena Valle College. The farm serves as a training ground for future farmers and is managed with an eye toward the future. in 2018 Antec installed a full renewable biogas plant, based on a single reactor system, with a power and heating generating solution (CHP).
This allows the farm to save money on energy while producing odorless and effective biofertilizer from its own cows and pigs’ manure. The farm is an excellent illustration of how the agricultural sector can contribute to reducing GHG emissions.
This plant is a great example of circular economy, producing local energy and quality biofertilizers for the use by communit.