Consumers want the softest tissue products, but as softness increases, so does dusting in tissue production. Excessive dust slows down production, impacts quality, and creates safety risks. Kemira has changed the game in dust control by combining chemistry expertise with innovative measurement and analysis methods.
Think increasing sustainability and switching from conventional, fossil-based chemistries to renewable alternatives means compromising on quality or performance? Think again. Kemira’s biomass-balanced products for papermaking, with wet strength additives as one of the latest additions to our portfolio, check all the boxes.
PFAS, or per- and polyfluoroalkyl substances, are behind the excellent heat, oil, and water resistance in countless industry and consumer products. However, their enduring nature raises severe concerns about environmental and health hazards. Before industries can transition away from these “forever chemicals”, a collective effort is required to develop safe and sustainable alternatives.
Renewable chemistry innovations hold promise for revolutionizing the packaging landscape, providing innovative alternatives to traditional fossil-based materials. Let’s explore the transformative benefits of one such innovation: PHA (polyhydroxyalkanoate) as a renewable barrier coating for paper, board, and molded fiber packaging.
This collection of success stories from our global customers showcase how board manufacturers can turn an optimal dry strength program into indisputable value in their production.
The fashion industry faces a huge challenge in reaching its set targets for decarbonization and emission reduction. Novel man-made cellulosic fibers and efficient textile recycling are pivotal in the journey toward a more sustainable industry. But what topics dominate the discussions when stakeholders across the value chain gather to address the challenges and opportunities of this transformation?
Across all industries, leading companies are busy painting a picture of tomorrow’s world. In this picture, our world has transitioned away from depending on fossil-based raw materials and everyday items such as packages and textiles are renewable and recyclable. To realize this picture of a more sustainable and circular future, companies need a vital element: chemistry.
Consumers and regulators are demanding increased recyclability and sustainability from everyday packaging such as cups and food containers. With the help of chemistry, innovative paper and board packages can help brands meet the demand.
Renewable cellulosic fibers offer solutions to the pressing sustainability challenges in the textile industry. But without chemistry, these alternatives to cotton and polyester are not possible. Chemistry is crucial for the emerging cellulosic textile and nonwoven applications.
The packaging industry is challenged with the transition from traditional single-use plastics to renewable alternatives. With the help of chemistry, molded fiber packaging offers solutions that meet desired properties like water-repellency, durability, recyclability, and safety.
