Essity is investing in enhanced efficiency in the company´s site in Kawerau, New Zealand, including the world’s first tissue machine running a fully geothermal steam drying process.

Duni Group’s journey towards fossil-free operations continues as the first fossil free propane gas (BioLPG) delivery arrived at the subsidiary Rexcell Tissue & Airlaid’s paper mill in Skåpafors, Sweden.

The Ahlstrom-Munksjö Mosinee plant in Wisconsin is teaming up with Via Separations to pilot a cutting edge energy efficiency project.

The papermaking industry has a reputation for being energy hungry. But another investment in innovation at our Kemsley mill has cut the power consumption of our paper machines.

SaltX Technology and ABB will collaborate to explore a solution for large-scale energy storage installations designed to offset inconsistencies in renewable energy generation with continuous energy supply

Signs agreements with Luleå Energi, LuleKraft and Swerim to store energy from the industry

Siemens Energy and Heat Management have entered a strategic partnership to jointly contribute to a global reduction of the CO₂ footprint in the pulp and paper industry.

UPM Energy answers to the urgent need for power flexibility with a revolutionary energy optimisation and trading service, Beyond Spot, helping industrial businesses thrive in the energy market disruption.

The pulp mills of Metsä Fibre are already in energy surplus, generating more energy than they consume. But there’s always room for improvement, meaning even higher energy efficiency. Shared goals and operating methods are the key to success.

At DS Smith, our circular approach means we always see waste as a potential resource. Which is why our Lucca paper mill in Italy is capturing heat previously lost during our paper manufacturing drying process to heat all the buildings on site – replacing fossil fuels and reducing carbon emissions.

Many condensate return systems use an atmospheric hotwell or vessel, because they are simple to implement and usually come ready to install as they are supplied as part of the boiler package.

In November 2020, Resolute Forest Products received the American Forest & Paper Association’s Leadership in Sustainability – Energy Efficiency/Greenhouse Gas Reduction award in recognition of the energy efficiency and greenhouse gas (GHG) reduction initiatives we undertook at our Coosa Pines pulp mill in Alabama.

Georgia Pacific’s Leaf River Cellulose plant in New Augusta, MS is the first paper pulp mill in the United States to receive EPA’s ENERGY STAR certification. Like ENERGY STAR products, ENERGY STAR certified plants are the most energy-efficient in their sectors.

New heat exchangers and better measurement make West Fraser more competitive

Metsä Tissue is dedicated to improving its energy efficiency by 10 per cent by 2020 from the 2009 level

Pohjolan Voima’s values – skillfully, boldly and together – came to life when the company succeeded in reducing NOx emissions and improving energy efficiency through combustion optimization and data analyses at its two biopower plants.

There was no longer any use for the recovery boiler built in 1991 at Double A Alizay by the River Seine in Normandy, France.

CIB’s first project opportunity in Nova Scotia supports the economy and environment

DS Smith, the leading provider of sustainable packaging solutions, and energy provider E.ON have today announced the signing of a major agreement to construct a state-of-the-art combined heat and power (CHP) facility at Kemsley Paper Mill in Kent.

Investment in recovery boilers and other energy efficient systems has increased electricity self-sufficiency of Mondi's mills far beyond EU requirements, also enabling contributions to local power grids.

CASE STUDY - Four of Thermal Energy International's (TEI) engineers travelled to the Resolute FP Canada Inc. ("Resolute") pulp and paper mill in Thunder Bay, Ontario to conduct an onsite survey and specification process to properly size and replace the facility's existing mechanical traps with high-efficiency GEM^TM Steam Traps.