行动类型
Quick Wins
Recover waste heat to decarbonise process heating
Waste heat from ammonia refrigeration is lifted by an industrial heat pump into high-temperature process energy and reused in wort production, displacing fuel.
Türk Tuborg Bira ve Malt Sanayi A.Ş.
Cut microfibre release at source in denim finishing
Graphene nanoplatelets are fixed into denim so the fabric sheds fewer microfibres in the wash, resists abrasion for far longer and needs washing less often.
Çalık Denim
Prevent scrap at source to decarbonise tyre production
Quality losses in tyre production are prevented at source through structured problem solving, cutting carbon, water, energy and raw material use in one programme.
Brisa
Decarbonise cement production across the value chain
A cement producer cut cementitious Scope 1 and 2 emissions intensity by 17% in four years and raised renewable energy use to 66% of the total.
Çimsa Çimento Sanayi ve Ticaret AŞ
Redesign an alloy around recycled metal to cut carbon
A widely used rolled aluminium alloy was reformulated to run on more than 95 per cent recycled metal, cutting its verified cradle-to-gate footprint by around 83 per cent.
Turn organic factory waste into renewable biomethane
Organic production waste is anaerobically digested and upgraded to 99 per cent pure biomethane, replacing natural gas on food production lines.
PepsiCo
Restore infrastructure in hours with low-carbon binders
Low-carbon cements and a rapid-hardening repair concrete cut product emissions while returning damaged pavements to service in three hours instead of three days.
Çimsa Çimento Sanayi ve Ticaret AŞ
Recover waste thinner in collision repair operations
Used paint thinner is distilled and returned to the production cycle instead of being disposed of as hazardous waste, cutting resource use, waste and emissions.
Borusan Oto Servis ve Ticaret A.Ş.
Decarbonise production, water use and logistics together
Renewable electricity, efficiency projects, circular water management and logistics optimisation cut emissions and resource use across manufacturing and the value chain.
Ülker Bisküvi Sanayi A.Ş.
Adopt start-up solutions to decarbonise group operations
An open innovation platform brings start-up solutions into industrial operations through proof-of-concept trials and venture clienting, cutting energy use and emissions.
İnci Holding
Rebuild components to keep heavy machines in circular use
Worn components are remanufactured and machine life extended, with acoustic and IoT diagnostics deciding when to repair, rebuild or reuse instead of replace.
Borusan Makina ve Güç Sistemleri (Borusan Cat)
Dye denim without rinsing to eliminate process wastewater
Denim is dyed without washing boxes, so the rinse water, effluent and spent chemicals that the conventional dyeing route produces are removed at source.
Çalık Denim
Make synthetic fabrics biodegrade to cut textile waste
Fabrics containing synthetic fibre are modified so that they break down in soil at end of life without generating toxicity, verified by independent laboratory certification.
Çalık Denim
Remap downgraded fabric digitally to avoid re-production
Fabric downgraded to second quality is digitally remapped and recut as first quality, so the same metreage returns to the order without being produced again.
Recycle blended textile waste into circular raw material
Post-consumer and post-industrial polyester-cotton textile waste is recycled back into fibre and PET at industrial scale, replacing virgin raw material.
RE&UP Recycling Technologies
Pair domestic panel manufacturing with utility-scale solar
A 130 MWm solar plant is matched to an integrated manufacturing site through renewable energy certificates, which brings market-based Scope 2 emissions to zero.
Smart Güneş Teknolojileri
Combine finance and diagnostics to decarbonise SMEs
A bank paired multilateral climate finance with on-site digital and sustainability maturity assessments, giving 100 manufacturing SMEs costed twin transformation roadmaps.
Türkiye İş Bankası
Recover carbon black from polyurethane production waste
Polyurethane scrap is pyrolysed into carbon black, formulated into black paint and returned to moulded parts at colour and abrasion performance close to standard.
Pimsa Otomotiv A.Ş.
Replace imported air cannons with an in-house shock system
Clinker build-up on kiln lines is cleared by an in-house multiple air-shock system that replaces imported air cannons, cutting compressed air consumption and electricity use.
Nuh Çimento
Retrofit diesel haul trucks into battery electric machines
Diesel rock trucks nearing the end of their working life are rebuilt as battery electric machines, removing haulage fuel use without buying replacement vehicles.
Nuh Çimento
Convert fleet vehicles to LPG to cut transport emissions
A corporate vehicle fleet is converted from diesel and petrol to LPG, cutting fuel consumption, running costs and emissions at a low cost per vehicle.
Reuse vehicle batteries in second-life energy storage
Repurposing end-of-life and scrap vehicle batteries into scalable storage that supports grid resilience, load shifting, vehicle charging and a circular value chain.
Ford Otosan
Recover graphite forging oil to close a production loop
Used graphite-based hot forging oil is collected, settled, filtered and returned to the process, reducing consumption per valve by 57% and preventing hazardous waste at source.
Borusan Supsan Otomotiv Parçaları
Recover critical minerals from mine waste
Pyrite from copper mining is processed as a secondary raw material into metals, acid, steam and power, using approximately 500,000 tonnes a year in place of primary ore.
Cut cooling tower water use with groundwater heat exchange
Already-abstracted groundwater is used through heat exchangers to lower cooling tower heat load, cutting evaporation, demineralised water demand and biocide dosing.
Borçelik Çelik Sanayii Ticaret A.Ş.
Build climate resilience at an industrial campus
A manufacturing campus retrofitted with efficient buildings, on-site solar, water reuse and zero waste, managed as one programme rather than as separate projects.
Siemens Sanayi ve Ticaret A.Ş.
Switch packaging material to decarbonise a product range
A standing cross-functional mechanism reviews every pack in a medicine portfolio, then removes, thins or substitutes material wherever quality and regulatory limits allow.
Abdi İbrahim
Digitise medicine leaflets to cut paper and emissions
Printed patient information leaflets are removed from medicine boxes and delivered through a QR code instead, cutting paper consumption and the emissions attached to it.
Abdi İbrahim
Use AI to Drive Low-Carbon Semiconductor Manufacturing
ASEH developed an AI-powered environmental management system and an employee green lifestyle app to reduce the company's greenhouse gas (GHG) emissions and environmental impact.
ASEH
Cut scrap at source to save copper, water and energy
A mechanical redesign of the wire line prevents surface defects before they form and a reverse osmosis loop recycles process water, cutting scrap, energy and water use.
Elsan
Optimise blister layouts to cut packaging carbon
An artificial intelligence algorithm redesigns blister and carton layouts so the same medicine is packed in less aluminium, PVC and carton, and ships on fewer pallets.
Abdi İbrahim
Cut freshwater use and wastewater in textile dyeing
A modified warp yarn dyeing process removed the fresh water feed from wash steps, reducing annual water withdrawal by 92% and wastewater by 99% with no new equipment.
BOSSA Ticaret ve Sanayi İşletmeleri T.A.Ş.
Turn tile factory waste into circular raw material
Dust, unfired and fired scrap and treatment plant filter cake are characterised and returned to tile body recipes, removing the need for newly quarried raw material.
Kaleseramik Çanakkale Kalebodur Seramik Sanayi A.Ş.
Cut water and embodied carbon when building power plants
Turbine efficiency, dry cooling, wastewater recovery and slag-for-cement substitution combine in one delivery model that cuts water use and embodied carbon on a plant build.
ENKA İnşaat ve Sanayi A.Ş.
Convert used PET bottles into circular polyester polyol
Post-consumer PET bottles are depolymerised into polyester polyol, replacing part of the fossil raw material in rigid polyurethane systems without a performance concession.
Kimpur
Turn urban wastewater into a circular industrial supply
Advanced treatment turns municipal wastewater into verified reclaimed process water, replacing mains fresh water in vehicle manufacturing in a basin facing rising water stress.
Ford Otosan
Embed energy data in production planning to cut emissions
Production and energy data are modelled together so that planners can see which machine and parameter combination produces a given item with the least electricity.
Kordsa Teknik Tekstil AŞ
Digitise quality control to cut rework and scrap
Real-time machine vision identifies surface nonconformities earlier on flat steel lines, cutting off-specification tonnage on the pickling line by 94.7% against the 2024 baseline.
Borçelik Çelik Sanayii Ticaret A.Ş.
Decarbonize Multi-Site Industrial Operations
Transitioned two manufacturing sites to 100% renewable electricity, introducing standardized environmental management to cut Scope 2 emissions and improve resource efficiency
Nidec
Reduce Carbon Footprints of Aroma Ingredients
Fragrance & Flavor companies can reduce their Scope 3 GHG emissions by choosing to purchase large-volume aroma ingredients with a product carbon footprint reduced by 10–15%
BASF
Cut emissions with 3D-printed concrete foundations
Deploy 3D-printed concrete foundations for substations, an innovative step in sustainable infrastructure to reduce carbon emissions and project lead times.
National Grid
Advance circular mining and waste reuse across operations
Reusing mining waste and turning it into value through innovation and circular economy practices, creating sustainable products, optimizing resources, and reducing environmental impact.
Vale
Embed responsible mining in the Amazon
Large-scale mining project combining low-impact design, electrified transport, water-efficient processing, real-time monitoring, and ecosystem restoration for climate and local benefits.
Vale
Cut emissions through dual-carbon strategy
Implemented a dual-carbon strategy combining renewable energy, process optimization, and supply chain measures to reduce emissions and drive low-carbon transition
BTR
Restore biodiversity through rubber cultivation
Long-term restoration initiative integrating sustainable rubber cultivation with biodiversity protection, community partnerships, and scientific research.
Michelin
Sequester CO2 with biochar-enhanced concrete
Biochar locks carbon in concrete, reducing emissions and reusing organic waste to create net-zero, circular, and high-performance building materials.
Holcim
Shift to Renewables: From 0 to 96% in 3 years
Adopted a hybrid solar-wind power model at its manufacturing site under long-term captive PPA, marking a shift from 0 – 96% in 3 years, cutting Scope 2 emissions.
Sai
Produce low-carbon vitamin C at scale
Low-carbon Vitamin C produced using clean energy, process innovation, and verified life-cycle assessment, enabling measurable climate benefits.
dsm-firmenich
Drive decarbonization in oral excipients production
Qualification of greener raw materials (bio-based polymer) and process improvements by backward integration.
Evonik
Build a low-carbon manufacturing model in agrochemicals
Established a low-carbon manufacturing model integrating renewable energy, product carbon footprint accounting, continuous production technology, and eco-agriculture initiatives.
Zhonghui Biotechnology
Produce and inject green hydrogen to decarbonize gas network
Produce and inject green hydrogen into natural gas networks, enabling lower-carbon energy distribution and supporting the transition toward cleaner fuels.
Promigas
Capture and store CO2 from corn ethanol fermentation
Capture CO2 from bioenergy fermentation and store it 1,200 m underground, ensuring safe, leak-proof carbon removal through validated geological reservoirs.
FS Indústria de Biocombustíveis
Reduce emissions in pulp & paper with biomass gasification
Biomass converted into renewable syngas to replace fossil fuels in lime kilns, reducing emissions and boosting energy efficiency
Suzano
Expand water access through sustainable facilities
Building a sustainable cachaça operation by reducing energy and water use and restoring water access and security, enabling safe access to water and education across communities.
Diageo
Cut embodied carbon using recycled materials
Reduced carbon by 42% through high recycled content and renewable energy in production process, with strict quality control and early project adoption.
Saint-Gobain
Offer local manufacturing for single use products
Reduce Scope 3 emissions by shifting single-use product supply chains to local manufacturing, enabling lower carbon transport.
Saint-Gobain
Eliminate 99% Emissions by Switching to Natural Refrigerants
Fogel switched to natural refrigerants (R290, R600a) across all new coolers by 2024, cutting emissions by 99.8% and improving energy efficiency.
Fogel
Cut Emissions by Expanding Recycled Content
Valgroup implemented mechanical, advanced (pyrolysis), and deinking recycling technologies to expand circularity and reduce GHG emissions across its portfolio.
Valgroup
Minimize Solvent Use with Near Infra-Red Spectroscopy
BarthHaas UK’s QC Lab replaced toxic solvents with NIR spectroscopy for hop analysis—cutting emissions, waste, and risks while setting a new sustainability benchmark.
BarthHaas
Cut Furnace Emissions with Hydrogen-Rich Coke Oven Gas
Verallia powers glass furnaces with coke oven gas containing 40% hydrogen, replacing natural gas. Now 50% of melting energy is covered, cutting 8,000 tCO₂e annually.
Verallia
Deploy magnetic compressors to decarbonize manufacturing
By replacing piston and centrifugal compressors, maglev air compressors deliver 13% energy savings, cut operating costs, and reduce Scope 2 emissions by 352 tCO₂e each year.
Huaxing
Create investment strategy for hydrogen purchase agreements
Toolkit detailing how senior leaders can support the adoption of low-carbon hydrogen, including through Power Purchase Agreements (PPAs).
WBCSD
Optimize company-wide management of energy efficiency
LYB’s value enhancement program (VEP) is a company-wide program reducing costs and emissions by saving energy in procurement, logistics, and customer service improvements.
LyondellBasell
Implement metrics system for circular packaging
DS Smith Packaging created a set of Circular Design Metrics with five focus areas including design, recovery, and efficiency, applying them into the manufacturing process.
DS Smith
Reduce carbon footprint in packaging coatings value chain
Carbon reduction plan for coatings value chain, incl. process efficiency, circular solutions, solvent reduction, and water-based materials, led to 9% Scope 3 CO2e reduction in 2023 vs 2018 baseline.
AkzoNobel
Switch to regenerative furnace system in glass production
Beta Glass PLC has implemented a regenerative heat technology and electricity boost system to reduce energy intensity by 8% using less energy to melt a ton of glass.
Beta Glass
Recycle polyurethane reactor in refrigeration industry
Imbera/EOS implemented a reactor that can chemically process up to 400 tons of waste polyurethane from old coolers, and transformed it into recycled raw material for new coolers.
Imbera
Re-use excess energy from operations to heat buildings
Novonesis uses captured energy from operations to heat homes through a district heating system in Greater Copenhagen.
Novonesis
Apply solar thermal water heating in industrial processes
Givaudan implemented solar concentrators to preheat boiler water, significantly reducing natural gas consumption and GHG emissions in Cuernavaca.
Givaudan
Switch to variable volume oil reservoir in heavy machinery
Traditional hydraulic oil reservoirs in heavy machinery were replaced with Smart Reservoir technology of variable volume reservoirs, resulting in lighter machines and a reduced carbon footprint.
MBI Global
Switch to hybrid-electric furnace design in glass production
Ardagh Glass’s NextGen Furnace uses hybrid technology to reduce the carbon footprint of commercial-scale glass production, by replacing fossil fuel energy with renewable electricity.
Ardagh Glass Packaging
Replace industrial boilers with biomass boilers
Industrial boilers were replaced with newer technology using biomass, for malt production at Agraria, based on GHG Protocol Brazil
Agraria
Industrialize filterless ambient air purification
Industrialize filterless APA pollution abatement technology to reduce air pollution in manufacturing environments, protecting workers' health and the environment.
Comau
Convert biowaste into biogas to accelerate decarbonization
Manufacturers can significantly reduce their carbon footprint and recycle their organic waste by using it as biomass feedstock to generate biogas and biomethane
ENGIE Impact
Optimize lubricant application in industrial turbines
SRP, a major US power utility, partnered with Fluitec to transform their consumable turbine oils into lubricants that will last the life of their turbines, reducing costs and CO2e
SRP
Integrate energy management systems in pulp and paper mills
Integrating the ISO 50001 Energy Management System leads to significant GHG emissions reductions and cost savings.
Reduce furnace CO2 emissions with a heat exchanger
Installing a Heat Recovery Tower recovers generated heat and reduces HFO (heavy fuel oil) consumption, reducing costs and with no impact on production
Unilever
Reduce fuel oil through hydrogen substitution
By retrofitting an oil-fired lime kiln, the Pacífico pulp mill aims to reduce fuel oil consumption and GHG emissions by using residual hydrogen from a nearby sodium chlorate plant.
Produce sodium chlorite with clean energy
Cutting emissions by reducing imports while addressing Scope 2 emissions through the use of clean electrical energy.
Maximize waste recovery in the pulp and paper mill
Adopting processes to recover energy from waste, such as black liquor gasification, can lead to higher resource and energy efficiency, while reducing GHG emissions
Forest Solutions Group
Switch to industrial electric boilers
Electric boilers convert electricity into heat to produce steam, with almost 100% efficiency, reducing the greenhouse gas emissions typically associated with heat production
Forest Solutions Group
Use AI air compressor system to reduce energy consumption
To minimize carbon emissions from facility equipment while ensuring production, an adaptive system of air compressors can reduce power consumption per finished good by 41%
Wistron Corporation
Switch to renewable energy to decarbonize industrial heat
Low- or zero-carbon fuels and renewable energy technologies allow heat-intensive industries to reduce emissions from combustion of fuels (e.g., in manufacturing facilities)
BCG
Decarbonize low-temperature industrial heat with heat pumps
Industrial heat pumps generate low-temperature process heat with higher efficiency and lower GHG emissions than conventional fossil fuel heating options.
WBCSD
Shift from gas or coal to electric industrial furnaces
The decreased cost of electrical equipment and increased energy efficiency grows opportunites for electrictrifying industries, enabling a reduction in GHG emissions
WBCSD
Harness green hydrogen for ammonia generation
Green hydrogen as an efficient and economically viable decarbonization solution for industrial use, reducing natural gas requirements and GHG emissions
Iberdrola
Move from gas to electric low temperature heating systems
Electrifying low temperature heating processes offers higher energy efficiency, lower investment while significantly reducing operational GHG emissions
WBCSD
Opt for electric medium temperature heating systems
Electrifying medium temperature heating systems within industry player’s operations allows for lower operating costs, higher efficiency and lower CO2 emissions
WBCSD
Drive bio-based chemicals for a low-carbon economy
Developing a portfolio of bio-based chemicals and plastics to reduce emissions and support the global transition to a low-carbon and circular economy
Braskem