array(3) { ["company_details"]=> array(13) { ["name"]=> string(24) "The Dow Chemical Company" ["slug"]=> string(33) "5a2a6-us-the-dow-chemical-company" ["logo"]=> string(84) "https://images.businessradar.com/linkedin_logos/4252d65a-584a-4e36-9fb5-0692de178397" ["description"]=> string(632) "The Dow Chemical Company is a global chemical company with a rich history dating back over a century. Founded by Herbert H. Dow, the company has always prioritized innovation and sustainability. With headquarters in Midland, Michigan, Dow has made significant contributions to the development of silicones and has a large site in Freeport, Texas. They have also been a leader in promoting women in STEM fields. Despite facing challenges like the Great Depression and World War II, Dow continued to invest in research and development and diversified its operations. Today, Dow is known for its science and sustainability initiatives." ["address_street"]=> string(16) "2211 H H Dow Way" ["address_place"]=> string(7) "Midland" ["address_region"]=> NULL ["founding_date"]=> NULL ["website_domain"]=> string(7) "dow.com" ["website_url"]=> string(19) "https://www.dow.com" ["industry_codes"]=> array(5) { [0]=> string(21) "Alkalies and Chlorine" [1]=> string(68) "Plastics Materials, Synthetic Resins, and Nonvulcanizable Elastomers" [2]=> string(63) "Pesticides and Agricultural Chemicals, Not Elsewhere Classified" [3]=> string(35) "Unsupported Plastics Film and Sheet" [4]=> string(22) "Plastics Foam Products" } ["employee_count"]=> NULL ["article_count"]=> int(619) } ["articles"]=> array(9) { [0]=> array(7) { ["title_en"]=> string(127) "Procter & Gamble and DOW Partner to Develop Revolutionary Polyethylene Recovery Technology from Plastic Waste - News Impossible" ["snippet_en"]=> string(145) "Procter & Gamble (P&G) and DOW have come together to develop a new method for recovering high-quality polyethylene (PE) from difficult-to-recycle" ["url"]=> string(135) "https://newsimpossible.com/procter-gamble-and-dow-partner-to-develop-revolutionary-polyethylene-recovery-technology-from-plastic-waste/" ["image_url"]=> string(78) "https://images.businessradar.com/articles/1e30784f-02ec-482c-958f-9668340dd1e3" ["source"]=> string(18) "newsimpossible.com" ["publication_date"]=> string(10) "2024-04-03" ["categories"]=> array(6) { [0]=> string(9) "Pollution" [1]=> string(13) "Collaboration" [2]=> string(33) "Materials Sourcing and Efficiency" [3]=> string(14) "Product Launch" [4]=> string(40) "Waste and hazardous materials management" [5]=> string(37) "Product Design & Lifecycle Management" } } [1]=> array(7) { ["title_en"]=> string(72) "Dow and Procter & Gamble to Develop New Recycling Tech for Plastic Waste" ["snippet_en"]=> string(297) "The technology aims to deliver high quality post-consumer recycled (PCR) polymer with a lower greenhouse gas emissions footprint than fossil-based polyethylene. P& G anticipates using this PCR polymer in their packaging, thereby enabling a path to circularity which helps maximize resource utility" ["url"]=> string(104) "https://www.waste360.com/plastics/dow-and-procter-gamble-to-develop-new-recycling-tech-for-plastic-waste" ["image_url"]=> string(78) "https://images.businessradar.com/articles/b9a0cba7-8985-4541-8b31-0c6a0244961e" ["source"]=> string(12) "waste360.com" ["publication_date"]=> string(10) "2024-03-26" ["categories"]=> array(8) { [0]=> string(9) "Pollution" [1]=> string(13) "GHG Emissions" [2]=> string(22) "Sustainable Investment" [3]=> string(19) "Green & Responsible" [4]=> string(33) "Materials Sourcing and Efficiency" [5]=> string(14) "Product Launch" [6]=> string(40) "Waste and hazardous materials management" [7]=> string(37) "Product Design & Lifecycle Management" } } [2]=> array(7) { ["title_en"]=> string(67) "Leading Plastic Producer Calls for Efforts to End Plastic Pollution" ["snippet_en"]=> string(175) "The key is to design high-performance plastics that consume fewer raw materials, while ensuring durability, reusability and recyclability. United States Plastic Recycling News" ["url"]=> string(109) "https://www.scrapmonster.com/news/leading-plastic-producer-calls-for-efforts-to-end-plastic-pollution/1/91378" ["image_url"]=> string(78) "https://images.businessradar.com/articles/f7e0b54f-faf9-402a-9c98-d65679444b3f" ["source"]=> string(16) "scrapmonster.com" ["publication_date"]=> string(10) "2024-01-04" ["categories"]=> array(4) { [0]=> string(9) "Pollution" [1]=> string(40) "Waste and hazardous materials management" [2]=> string(33) "Materials Sourcing and Efficiency" [3]=> string(37) "Product Design & Lifecycle Management" } } [3]=> array(7) { ["title_en"]=> string(58) "Dow Plans North American Plastic Waste Recovery Facilities" ["snippet_en"]=> string(160) "Dow Chemical and Canadian company Klean Industries are collaborating to build waste recovery facilities throughout North America for recovering energy, chemical" ["url"]=> string(103) "http://www.designnews.com/materials-assembly/dow-plans-north-american-plastic-waste-recovery-facilities" ["image_url"]=> string(78) "https://images.businessradar.com/articles/12b45168-46f9-4307-9f9c-2fb93b5f41c1" ["source"]=> string(14) "designnews.com" ["publication_date"]=> string(10) "2023-12-01" ["categories"]=> array(4) { [0]=> string(18) "Expansion & Growth" [1]=> string(40) "Waste and hazardous materials management" [2]=> string(9) "Pollution" [3]=> string(6) "Energy" } } [4]=> array(7) { ["title_en"]=> string(55) "Dow Selects Texas Site For Advanced SMR Nuclear Project" ["snippet_en"]=> string(133) "The joint project with X-Energy Reactor Company will provide the Seadrift site with zero carbon emissions power and steam production." ["url"]=> string(86) "https://businessfacilities.com/dow-selects-texas-site-for-advanced-smr-nuclear-project" ["image_url"]=> string(78) "https://images.businessradar.com/articles/47092730-f639-494d-a74d-b63a5db26685" ["source"]=> string(22) "businessfacilities.com" ["publication_date"]=> string(10) "2023-05-11" ["categories"]=> array(6) { [0]=> string(9) "Pollution" [1]=> string(17) "Energy Management" [2]=> string(13) "GHG Emissions" [3]=> string(22) "Sustainable Investment" [4]=> string(19) "Green & Responsible" [5]=> string(6) "Energy" } } [5]=> array(7) { ["title_en"]=> string(121) "The Plastics Industry Searches for a ‘Circular’ Way to Cut Plastic Waste and Make More Plastics - Inside Climate News" ["snippet_en"]=> string(279) "CHICAGO—Plastics executives embraced climate solutions at a major industry conference here last week and said they were betting on “advanced recycling” as a green response to the plastic waste problem, despite market headwinds and growing opposition from environmentalists." ["url"]=> string(138) "https://insideclimatenews.org/news/30092022/the-plastics-industry-searches-for-a-circular-way-to-cut-plastic-waste-and-make-more-plastics/" ["image_url"]=> string(78) "https://images.businessradar.com/articles/642e4535-1527-4d07-929c-993d560c8474" ["source"]=> string(21) "insideclimatenews.org" ["publication_date"]=> string(10) "2022-09-30" ["categories"]=> array(7) { [0]=> string(5) "Event" [1]=> string(9) "Pollution" [2]=> string(22) "Sustainable Investment" [3]=> string(19) "Green & Responsible" [4]=> string(33) "Materials Sourcing and Efficiency" [5]=> string(40) "Waste and hazardous materials management" [6]=> string(37) "Product Design & Lifecycle Management" } } [6]=> array(7) { ["title_en"]=> string(66) "Single-Use Plastic Used To Make Longer-Lasting Asphalt In Missouri" ["snippet_en"]=> string(187) "While asphalt mixtures are usually created using stone, sand or gravel, it turns out that plastic waste is a good substitute for aggregate since it’s made to last for hundreds of years." ["url"]=> string(116) "https://www.forbes.com/sites/jeffkart/2021/09/17/single-use-plastic-used-to-make-longer-lasting-asphalt-in-missouri/" ["image_url"]=> string(78) "https://images.businessradar.com/articles/6c51092c-abc2-40ed-9cbb-7b270d957303" ["source"]=> string(10) "forbes.com" ["publication_date"]=> string(10) "2021-09-17" ["categories"]=> array(9) { [0]=> string(5) "R & D" [1]=> string(9) "Pollution" [2]=> string(13) "Collaboration" [3]=> string(22) "Sustainable Investment" [4]=> string(19) "Green & Responsible" [5]=> string(33) "Materials Sourcing and Efficiency" [6]=> string(17) "Academic Research" [7]=> string(40) "Waste and hazardous materials management" [8]=> string(37) "Product Design & Lifecycle Management" } } [7]=> array(7) { ["title_en"]=> string(71) "Reuters Report Raises More Doubts About Viability of Advanced Recycling" ["snippet_en"]=> string(137) "The article underscores the failure of many advanced recycling companies to fulfill their promise of solving the plastic waste challenge." ["url"]=> string(117) "https://www.plasticstoday.com/advanced-recycling/reuters-report-raises-more-doubts-about-viability-advanced-recycling" ["image_url"]=> string(78) "https://images.businessradar.com/articles/5e8ae966-1754-4be9-8f2a-841afc21a251" ["source"]=> string(17) "plasticstoday.com" ["publication_date"]=> string(10) "2021-08-04" ["categories"]=> array(2) { [0]=> string(40) "Waste and hazardous materials management" [1]=> string(9) "Pollution" } } [8]=> array(7) { ["title_en"]=> string(80) "The Recycling Myth: Big Oil’s solution for plastic waste littered with failure" ["snippet_en"]=> string(193) "BOISE, Idaho — In early 2018, residents of Boise, Idaho were told by city officials that a breakthrough technology could transform their hard-to-recycle plastic waste into low-polluting fuel." ["url"]=> string(132) "https://www.bworldonline.com/economy/2021/08/02/386398/the-recycling-myth-big-oils-solution-for-plastic-waste-littered-with-failure/" ["image_url"]=> string(78) "https://images.businessradar.com/articles/527e7f70-f640-4124-9d02-714266ee327f" ["source"]=> string(16) "bworldonline.com" ["publication_date"]=> string(10) "2021-08-02" ["categories"]=> array(5) { [0]=> string(12) "Stock Market" [1]=> string(9) "Pollution" [2]=> string(22) "Sustainable Investment" [3]=> string(19) "Green & Responsible" [4]=> string(40) "Waste and hazardous materials management" } } } ["category_annotations"]=> array(30) { [0]=> array(2) { ["name"]=> string(12) "Stock Market" ["count"]=> int(119) } [1]=> array(2) { ["name"]=> string(15) "Market Movement" ["count"]=> int(81) } [2]=> array(2) { ["name"]=> string(33) "Materials Sourcing and Efficiency" ["count"]=> int(40) } [3]=> array(2) { ["name"]=> string(19) "Green & Responsible" ["count"]=> int(34) } [4]=> array(2) { ["name"]=> string(40) "Waste and hazardous materials management" ["count"]=> int(34) } [5]=> array(2) { ["name"]=> string(14) "Product Launch" ["count"]=> int(30) } [6]=> array(2) { ["name"]=> string(37) "Product Design & Lifecycle Management" ["count"]=> int(29) } [7]=> array(2) { ["name"]=> string(24) "Quarterly/Annual Figures" ["count"]=> int(29) } [8]=> array(2) { ["name"]=> string(13) "Collaboration" ["count"]=> int(29) } [9]=> array(2) { ["name"]=> string(18) "General Investment" ["count"]=> int(28) } [10]=> array(2) { ["name"]=> string(5) "Legal" ["count"]=> int(26) } [11]=> array(2) { ["name"]=> string(17) "Energy Management" ["count"]=> int(26) } [12]=> array(2) { ["name"]=> string(22) "Sustainable Investment" ["count"]=> int(25) } [13]=> array(2) { ["name"]=> string(6) "Merger" ["count"]=> int(20) } [14]=> array(2) { ["name"]=> string(6) "Energy" ["count"]=> int(20) } [15]=> array(2) { ["name"]=> string(5) "R & D" ["count"]=> int(20) } [16]=> array(2) { ["name"]=> string(5) "Award" ["count"]=> int(19) } [17]=> array(2) { ["name"]=> string(11) "Acquisition" ["count"]=> int(18) } [18]=> array(2) { ["name"]=> string(19) "Economic Conditions" ["count"]=> int(18) } [19]=> array(2) { ["name"]=> string(24) "Stock Research & Ratings" ["count"]=> int(17) } [20]=> array(2) { ["name"]=> string(18) "Expansion & Growth" ["count"]=> int(17) } [21]=> array(2) { ["name"]=> string(9) "Pollution" ["count"]=> int(16) } [22]=> array(2) { ["name"]=> string(31) "Financial Update/Profit Warning" ["count"]=> int(16) } [23]=> array(2) { ["name"]=> string(12) "Board Change" ["count"]=> int(15) } [24]=> array(2) { ["name"]=> string(8) "Epidemic" ["count"]=> int(13) } [25]=> array(2) { ["name"]=> string(9) "Investors" ["count"]=> int(13) } [26]=> array(2) { ["name"]=> string(21) "Competitive Behaviour" ["count"]=> int(12) } [27]=> array(2) { ["name"]=> string(13) "GHG Emissions" ["count"]=> int(12) } [28]=> array(2) { ["name"]=> string(7) "Economy" ["count"]=> int(11) } [29]=> array(2) { ["name"]=> string(18) "Ecological Impacts" ["count"]=> int(11) } } } 5a2a6-us-the-dow-chemical-company