Wood’s Post

Wood has been awarded a $40mn #engineering design contract by Kuraray to build a new #sustainable packaging production plant in #Singapore. Addressing the market shift towards more #environmentally friendly food #packaging materials, the new plant will produce EVAL™, Kuraray’s #ethylene #vinyl #alcohol (EVOH) #copolymer. EVAL is widely used in food packaging to prevent oxygen from spoiling the contents and unlike other competing products is fully #recyclable using traditional methods. Following the successful completion of a front-end engineering and #design (#FEED) study, Wood will deliver engineering, procurement and construction management (#EPCM) services for the new plant located on #Jurong Island. In addition, Wood will carry out modifications to an existing poly-vinyl alcohol (#PVA) facility adjacent to the new plant, enabling Kuraray to streamline the production and recovery process of #aceticacid, a critical component of the new EVAL plant. The company reports - https://lnkd.in/dB-9eHUr In March 2024, Kuraray decided to invest in an EVAL production plant in its 100pc subsidiary in Singapore, Kuraray Asia Pacific Pte. Ltd. The plant will have a capacity of 18 kt/yr but the front-end process will be constructed with a capacity of 36 kt/yr with a view of future #expansion. Start of operations is expected in the end of 2026. #Investment amount is $410mn. Earlier, in August 2023, Kuraray announced a planned increase of its globally in-demand EVAL production capacity in its bases of operation in the United States (Kuraray America, Inc.) and Europe (Kuraray Europe GmbH). A total of 5 kt/yr will be added to the capacity of U.S., and European bases of operation in 2024, with another 5 kt/yr to be added in 2026. This 10-kt/yr total capacity increase will bring global production capacity from the present 103 kt/yr to 113 kt/yr. More new about #chemicals by Argus Media - https://lnkd.in/dmDrZRRc #argusmedia #arguspetchems #petrochemicals #sustainability #recycling #plastics #plasticsrecycling

The potential of waste-to-RDF (Refuse-Derived Fuel) technology for Indonesian cities. Here's a breakdown of the points and some additional insights: 1. Big cities with high income: a. Jakarta's example: Jakarta is leading the way with its existing waste-to-RDF plant in Bantargebang and the planned project in Rorotan (The budget about IDR 1.3 Trillion). This demonstrates the feasibility and potential benefits of RDF for large, resource-rich cities like Jakarta. b. Benefits: RDF can significantly reduce landfill waste volume, generate energy, and create new economic opportunities. For Jakarta, this aligns with its waste management goals and contributes to a more circular economy. 2. Smaller cities with limited income: a. Challenges: Building and operating their own RDF plants might not be financially viable for smaller cities. Limited budgets and technical expertise can pose significant hurdles. b. Cooperation with investors: Public-private partnerships (PPPs) and cooperation agreements with investors offer promising alternatives. Investors can bring the necessary capital and expertise, while the city government provides waste feedstock and regulatory support. c. Considerations: Carefully designed PPP agreements are crucial to ensure fair risk-sharing, transparency, and environmental responsibility. 3. Additional points: a. Technology advancements: Continuous advancements in RDF technology can make it more efficient and cost-effective, potentially benefiting smaller cities in the future. b. Waste segregation and source reduction: Regardless of the chosen waste management method, prioritizing waste segregation and source reduction at the household and community levels remains essential for long-term sustainability. Overall, while waste-to-RDF presents a promising solution for Indonesian cities, the approach needs to be tailored to each city's specific circumstances and resources. Combining government initiatives with private sector involvement and a focus on waste reduction can pave the way for a cleaner and more sustainable future for Indonesia's urban waste management. #wastetordf https://lnkd.in/gB9jw_mp

Sharing knowledge - online seminar, Representing of PT Solusi Bangun Beton I presented the theme of low emission concrete for the sustainability of future construction. This seminar was attended by practitioners, academics, consultants and people who work in the world of construction. Hopefully the application of environmentally friendly materials in terms of cement and concrete can run massively in indonesia #masadepanyangkitamau

#training #solidwaste #landfill #feasibilitystudy Last Saturday, I have finished an online training "Feasibilty Study of Landfill Site Plan" held by Universitas Islam Indonesia and Butik Daur Ulang. It was divided into two sessions and could be accessed via YouTube https://lnkd.in/gcUGGwdU (Session 1) and https://lnkd.in/gadnt5gY (Session 2). Recently, five aspects of solid waste management in many regions in Indonesia are facing challenges. In terms of technical operations, the landfill itself is crucial to manage the residue which cannot be treated/recycled/upcycled by waste hubs/waste banks/recycling centers. Moreover, landfill should be managed properly to ensure its operations could be executed according to SOP and its design (controlled or sanitary landfill). If we move back to the landfill site plan, clearly that landfill area must be designed and built according to regulations, spatial planning and teritory of particular regions, social-economy and environmental impacts to the nearest communities, as well as the GHG and leachet management and post landfill closure plans. Gratefully, through this training I got a bunch of insights in recent issues regarding the end point of solid waste management, especially in Indonesia case studies. Last but not least, hopefully the latest policy of banning on the construction of new landfills in Indonesia by 2030 will not hinder the existing solid waste management system 😇

Eco-Friendly Excellence: Galvanized Steel vs. Conventional Materials 🌱🔩 When it comes to building sustainably, the choice of materials plays a pivotal role. Let's compare the environmental benefits of our galvanized steel products with conventional alternatives. 🌍 Conventional Materials: Many construction materials can leave a substantial carbon footprint due to their production processes and limited recyclability. This impacts the environment and raises concerns about long-term sustainability. 🔩 Galvanized Steel: Our galvanized steel products shine not only for their durability but also for their eco-friendly nature. They are made from recycled materials and are fully recyclable themselves. By choosing galvanized steel, you're contributing to a circular economy and reducing the demand for new resources. 🍃 Environmental Impact: By opting for galvanized steel, you're making a conscious choice to build with a material that minimizes environmental impact. From reduced energy consumption in production to promoting resource conservation, galvanized steel aligns with sustainable construction practices. 🌱 Our Commitment: At PT. Xin Zhongye Indonesia, we're dedicated to providing solutions that bridge excellence and sustainability. Choose galvanized steel for projects that not only endure but also preserve our planet's well-being. #SustainableConstruction #GalvanizedSteel #EcoFriendlyChoices #CircularEconomy #PTXinZhongyeIndonesia #EnvironmentallyConscious #BuildingGreen

What opportunities arise from the increasing #demand for energy-efficient and safer #metalcuttingtools? The demand for metal-cutting tools is fueled by #industrialization, #urbanization, and increased #production. While restraints like high costs and a shortage of #skilledlabor exist, the market sees opportunities in developing #energyefficient and #safertools, driving positive growth.   Key Market Players: Tiangong International Company Limited Berkshire Hathaway Kennametal Komatsu. Proterial, Ltd.   Explore the market overview:  https://lnkd.in/dEQtWteC   #AMR #MachiningProcesses #IndustrializationImpact #UrbanizationDemand #PopulationGrowth #MarketRestraints #OperatingCosts #ToolLongevity #SkilledLaborShortage #OpportunitiesInnovation #EnergyEfficientTools #SaferMachining

Perak to Sell Treated Water to Penang: Project Details and Unknowns PERAK-PENANG WATER PROJECT EXPLAINED: A BREAKDOWN • Project Cost and Timeline: The Federal Government has committed to allocating RM 4 billion for the project, but not immediately. It's a long-term plan. • Project Benefits: The project aims to benefit both states. Perak, particularly the north, and Seberang Perai Selatan in Penang will gain access to improved water resources. • Water Source: Water will be drawn from the Perak River, not the Kerian River, and transferred to Bukit Merah Lake Dam. • Water Treatment: A new water treatment plant will be built at the Kerian Green Integrated Industrial Park (KIGIP). • Water Purchase Agreement: Penang will purchase treated water from Perak, not receive it for free. The final price per cubic meter will be determined in a future agreement. • Project Uncertainties: The exact start date for the water transfer project is unclear. Additionally, the project's continuation might depend on investor interest in the KIGIP. Key Points: > The project addresses Penang's growing water needs. > Both states will benefit from the infrastructure development. > The financial details (price per cubic meter) are yet to be finalized. > There's some uncertainty regarding the project's timeline and potential dependence on KIGIP's success.

Excited to share a another milestone for NX Filtration! 🌍💧   In summer 2022, EKOPAK Sustainable Water's pilot tests led to a full-scale installation using NX filtration dNF membranes with a capacity of 2x20m³/h. These membranes proved perfect for treating and de-ironizing rainwater, enabling d’Arta to boost production and save water. This marks Ekopak's first full-scale installation with NX membranes!   "The installation runs smoothly, delivering high-quality water with a 90% recovery rate, over 10% higher than conventional membranes. NX filtrate enhances RO performance, reducing fouling and CIP cycles." – Walter Van Gysel, Project Manager, Ekopak   "With our advanced water treatment system, we manage water resources efficiently, producing about 10,000 m³/month of process water, with fewer losses and better iron removal." – Steven Laridon, HSE Manager, d’Arta   d’Arta also uses Ekopak solutions in England, Italy, and Portugal, all using rainwater. Read more: https://lnkd.in/ezhJzb-d   #UFmembranes #membranes #WaterTreatment #Sustainability #Innovation #UFMembranes #WaterSavings #EnvironmentalImpact

• Enhanced Connectivity: Improved roads, highways, and transportation networks bridge the gap between remote farms and markets. This reduces travel time and allows farmers to reach a wider customer base, reducing produce spoilage and increasing profits. • Access to Broader Markets: Better connectivity opens doors for farmers to participate in regional and even global supply chains, especially in areas with vast agricultural potential like Sabah and Sarawak. • Increased Efficiency: Efficient transportation systems minimize post-harvest losses and streamline the agricultural value chain. • Improved Standard of Living: Economic growth from increased income leads to a better quality of life for Bumiputera communities involved in agriculture. • The Lojing Example: That Lojing, Kelantan, as an example. Lojing is a major vegetable producer, but its potential could be further unlocked by improved infrastructure projects like the East Coast Rail Link (ECRL) and the East Coast Expressway (LPT). These projects are expected to enhance food security in the entire East Coast region by facilitating the transportation of agricultural products. • The Sabah and Sarawak Example: These regions have vast agricultural potential, but transportation limitations hinder their ability to reach wider markets. Infrastructure development can bridge this gap. Overall, infrastructure development is a key factor in empowering Bumiputera farmers and strengthening the agricultural sector in Malaysia.

What can we do under the Low-carbon and circular economy trends as part of construction industry? Peikko China, dedicated to the path of sustainable building, has been fully supporting our partners, Futielong Residential and TIANHUA Architecture, in their research on ultra-low energy buildings. Together, we are participating in the development of an ultra-low energy trial building. This precast ultra-low energy trail building project aims to apply the latest ultra-low energy products and technologies, focusing on developing ultra-low energy consumption exterior wall panels. The goal is collecting data on the building's energy performance. This initiative holds profound significance for the future development of ultra-low energy buildings. Peikko China is providing the EBEA® Balcony Connector for the project. This solution effectively addresses the thermal bridging issue in concrete balcony structures, can be combined with various insulation materials to further enhance the building's energy efficiency, complies with fire safety standards to ensure safety in the event of a fire, and offers a convenient and efficient installation method. Click to watch a video about this project. #PeikkoChina #EBEA #UltraLowEnergy #Sustainable #Construction #Connection