National Industrial Hemp Strategy
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Hoffman Manufacturing Page: 2 Controlled Environment Chambers, Seed Testing Equipment and Lab Supplies DW-86L578J DW-86L338J Read More Read More SKU: N/A SKU: N/A Price: $16,995.00 Price: $15,790.00 $12,995.00 $12,500.00 Categories: Refrigerators Categories: Refrigerators and Freezers, Vaccine and Freezers, Vaccine Storage Storage Tags: -86, Cold Storage, Tags: -86, Cold Storage, freezer, Haier, Pharmacy freezer, Haier, Pharmacy Freezer, Ultra Low, vaccine, Freezer, Ultra Low, vaccine, vaccine storage vaccine storage SHEL LAB SVAC2 SHEL LAB SVAC2 DIGITAL VACUUM OVEN, DIGITAL VACUUM OVEN, 1.67 CU. FT. (47.2 L), 1.67 CU. FT. (47.2 L), 115V - SVAC2-2 115V - SVAC2 Model: SVAC2-2 Model: SVAC2 Read More Read More SKU: N/A SKU: N/A Price: $6,945.00 $5,900.00 Price: $6,314.00 $5,400.00 Hoffman Manufacturing Page: 3 Controlled Environment Chambers, Seed Testing Equipment and Lab Supplies SHEL LAB® SVAC4 SHEL LAB® SVAC4 DIGITAL VACUUM OVEN, DIGITAL VACUUM OVEN, 4.5 CU. FT. (127.4 L), 4.5 CU. FT. (127.4 L), 115V - SVAC4 115V - SVAC4-2 Model: SVAC4 Model: SVAC4-2 Read More Read More SKU: SVAC4 SKU: SVAC4 Price: $12,214.00 Price: $13,435.00 $10,400.00 $11,000.00 SHEL LAB® SCO6WE SHEL LAB® SMI6 CO2 WATER JACKETED MICROBIOLOGICAL INCUBATOR, 6.0 CU.FT. INCUBATOR, 5.9 CU.FT. (171 L), 115V - (166 L), 110-120V - SCO6WE-2 SMI6-2 230V Voltage: SCO6WE-2 Model: SMI6-2 230V Read More Read More SKU: SHC10 SKU: INC SM16 Price: $6,831.00 $5,508.00 Price: $3,516.00 $3,300.00 Hoffman Manufacturing Page: 4 Controlled Environment Chambers, Seed Testing Equipment and Lab Supplies SHEL LAB® SMI6 SG22 SINGLE CHAMBER MICROBIOLOGICAL INCUBATOR, 5.9 CU.FT. -
Hemp As an Agricultural Commodity
Hemp as an Agricultural Commodity Renée Johnson Specialist in Agricultural Policy March 10, 2017 Congressional Research Service 7-5700 www.crs.gov RL32725 Hemp as an Agricultural Commodity Summary Industrial hemp is an agricultural commodity that is cultivated for use in the production of a wide range of products, including foods and beverages, cosmetics and personal care products, nutritional supplements, fabrics and textiles, yarns and spun fibers, paper, construction and insulation materials, and other manufactured goods. Hemp can be grown as a fiber, seed, or other dual-purpose crop. However, hemp is also from the same species of plant, Cannabis sativa, as marijuana. As a result, production in the United States is restricted due to hemp’s association with marijuana, and the U.S. market is largely dependent on imports, both as finished hemp-containing products and as ingredients for use in further processing (mostly from Canada and China). Current industry estimates report U.S. hemp sales at nearly $600 million annually. In the early 1990s there was a sustained resurgence of interest to allow for commercial hemp cultivation in the United States. Several states conducted economic or market studies and initiated or enacted legislation to expand state-level resources and production. Congress made significant changes to federal policies regarding hemp in the 2014 farm bill (Agricultural Act of 2014 (P.L. 113-79, §7606). The 2014 farm bill provided that certain research institutions and state departments of agriculture may grow hemp under an agricultural pilot program. The bill further established a statutory definition for industrial hemp as “the plant Cannabis sativa L. -
Plantable Seed Paper and Write a Short Poem to Go with It
Plantable Paper Activity Name: IRRC Time Required: Depending on age- 15-30minutes for poem 20-45 for plantable paper activity Subject: Science, Language Arts Grade Level: 3rd + Overview Students will make plantable seed paper and write a short poem to go with it. Goal(s) & Students will learn how to make plantable seed paper. They will keep a record of when it is planted and when the plants start to grow; focusing on what Objective(s) elements could have changed the growth rate. Materials 1. Overhead copy of poem 2. Plant seeds- (best if plant seeds can be scatter planted rather than spaced evenly in rows) 3. 1 medium size planter with soil for class monitoring experiment 4. *Room mother assistance would be encouraged for grades 3-6 Original plantable paper supplies: 1. Blender 2. Cookie cutters 3. Paper (construction or printing paper works best, newsprint has too much die) 4. Water Simplified version: 1. Newspaper 2. Toothpicks 3. Flour/water paste Teaching Introduction: Activities: 1. Display on overhead & read the following poem: Instructional 2. Mary, Mary, quite contrary, Approaches/Strategies How does your garden grow? With silver bells, and cockle shells, And pretty maids all in a row 3. Have students write a similar poem, but replace the highlighted words with the flowers that they will be using- Since they will probably give this to their mother have them replace Mary with Mother, Grandma, Aunt, How Does Your Garden Grow 1 www.idrange.org etc. ex: Mother, Mother quite contrary How does your garden grow? With wildflowers and cosmos, And pretty marigolds all in a row. -
SR-112 Science of Hemp: Production and Pest Management
University of Kentucky College of Agriculture, Food and Environment Agricultural Experiment Station SR-112 Science of Hemp: Production and Pest Management Science of Hemp: Production and Pest Management October 10 –11, 2019 Agricultural Kentucky Tobacco Research and Development Center | Veterinary Diagnostic Laboratory | Division of Regulatory Services | Research and Education Center Experiment Station Robinson Forest | Robinson Center for Appalachian Resource Sustainability | University of Kentucky Superfund Research Center | Equine Programs emp (Cannabis sativa with <0.3% THC content) is grown for fiber, grain, and cannabinoid extraction in Asia, Europe, and the Americas. Until recently, HCannabis sativa has been classified as a Schedule 1 controlled substance in the US. The Agricultural Act of 2014 (Farm Bill) allowed for reintroduction of industrial hemp under a pilot research program. Acreage increases and addition of state legislation resulted in over 78,000 acres of hemp grown in 23 states by the end of 2018. Hemp became a legal commodity under the 2018 Farm Bill, and by the end of 2019, over 500,000 licensed acres were documented across 45 states. Canada re-introduced the crop in 1998, and in 2018, almost 78,000 acres of hemp were licensed and planted. With this increase in acreage and the lack of modern scientific data, university and government agricultural specialists began to work on various components of production and a range of realized challenges. This new information, however, had either not been shared or was not readily accessible to the scientific community, especially early results and nonpublished data. The first annual meeting of the Science of Hemp: Production and Pest Management was held on October 10-11, 2019 at the University of Kentucky in Lexington, KY. -
Make Your Own Native Seed Paper
____________________________________________________ ____________________________________________________ Make Your Own Native Seed Paper When is a recycled product better than the original? When it's paper that turns into flowers, helps out our native pollinators, and looks pretty too!!! Make your own artistic paper with California native wildflower seeds in it. Use non-toxic colored markers to draw a design or message and give it to someone special to plant in a pot or in the ground. Keep it wet and warm, and it will "recycle" into something far better than old, used paper. Create your Own Wildflower Paper Materials ● Used printer paper, cross-cut into tiny pieces by a paper shredder. Use 1-1/2 cups for each card. ● Large bowl ● Window screen material or something to use for sifting ● Warm water ● Food coloring (optional) ● Blender. ● 9 x 13-inch baking pan ● Packet of native California wildflower or vegetable/herb seeds ● Bath towels or several layers of felt squares ● Wax paper ● Non-toxic colored markers Steps 1. Soak the paper pieces in the bowl of warm water overnight. 2. Put the soaked paper into the blender, then fill the blender halfway with fresh water. 3. Blend until the mixture is soupy. 4. Add food coloring, if desired, and blend some more. 5. Fill the baking pan ¼ full of water. 6. Place the screen over the baking pan. 7. Spoon some of the blended paper mixture (pulp) over the screen. 8. Lift the screen gently, catching the pulp mixture evenly on top and letting the water drain off. 9. Lay the screen on a bath towel or felt layers to drain. -
On of Organosolv Pulping, Bleaching Process and Physico Chemical
Research Journal of Chemical Sciences _________________________________ ______ _____E-ISSN 2231-606X Vol. 6(5), 34-41, May (2016) Res. J. Chem. Sci. Optimization of organosolv Pulping, Bleaching process and Physico - chemical Characteristic for Mango Seed paper Saiprabha Mahale* and Anita S. Goswami-Giri Chemistry Research Laboratory, Department of Chemistry, B. N. Bandodkar College of Science Chendani Bunder road, Thane - 400 601 Maharashtra, India [email protected] Available online at: www.isca.in, www.isca.me Received 22 nd March 2016, revised 19 th April 2016, accepted 9th May 2016 Abstract There is a growing concern over use of wood pulp for paper making which has led to increase the usage of low -cost non- wood pulp for papermaking. Mango seed hard cover is having great potential for cellulose. Hence the present research paper focused on Mango seed hard cover as a source of Pulp and Paper industries. Developed Paper from mango seed using Flat sieve and Hand sheet press mould methods was compared based on Por osity, Thickness, absorbency, Tensile strength, etc. Physic chemical characteristics of paper were deliberated by optimizing organosolv process followed by bleaching. Keywords: Mango seed, pulp, Organosolv, Bleaching, etc. Introduction natural products that are identical for w ood pulp. Yet, researcher has been paid attention on pulp for paper industry developed 1 Mangifera indica (Mango) belongs Anacardiaceae family . from mango seed wastes. Hence, the attempt was made to Mango is addicted for having high nutritional and medicinal investigate more on mango seed wastes for the extraction of value, due to its tastes and flavour. Mango adds value as by - pulp, processing it towards the paper making, and it’s various products are used for animal fodder, and the timber is used for applications. -
The Use of Traditional Wooden Spoon As an Alternative Way for Supporting Biodiversity Sarah Eloisa Mae L
International Journal of Academic Multidisciplinary Research (IJAMR) ISSN: 2643-9670 Vol. 5 Issue 4, April - 2021, Pages: 284-288 Seedbed: The Use of Traditional Wooden Spoon as an Alternative Way for Supporting Biodiversity Sarah Eloisa Mae L. Elevera, Christopher Mikylle V. Digueño, Karl Louisse B. Jaculba, Cyrel Sean M. Joven, Christopher DC. Francisco Barcelona Academy, Marilao, Bulacan, Philippines [email protected] Abstract: This study aims to explore the use of wooden spoons as an alternative to plastic disposable spoons to support biodiversity. This will contain finding out the experiences of the people in having problems or difficulties in using plastic cutlery waste, the tools and procedures needed in order to construct the wooden spoon and the seed that will be inserted, the measurement of the invention in terms of acceptability, durability, and efficiency and lastly, the respondents' thoughts regarding the given invention added by their suggestions for its future improvements. The results gathered from five selected respondents revealed the problems and issues being encountered when using plastic cutlery in terms of (a) burning of plastics, (b) mistaken disposal leading to pollution in waterways, and the largest problem is (c) air pollution. In addition, the given benefits of using the wooden spoon in order to possibly solve these issues are (a) good substitute in plastic utensils, (b) can help to manage waste, (c) helping the biodiversity by producing plants or trees, (d) more hygienic, and (d) more durable than plastics. Keywords—Traditional Wooden Spoon, Alternative way for Supporting the Biodiversity, Experimental research design, Code and Theme Analysis, Thematic Analysis, Thematic Coding 1. -
Mech 4860: Engineering Design Final Design Report
Mech 4860: Engineering Design Final Design Report Project: Paper Layup Machine Company: Botanical PaperWorks Project Advisor: Vern Campbell Group Number: 17 Group Members Ryan Dingwall Jianyu Ma Courtney Mandock Alex Taplin Date Submitted: December 6th, 2017 Submitted to: Bryce Saunders, Director of Operations at Botanical PaperWorks Vern Campbell, Faculty Advisor Paul Labossiere, Instructor 0 Executive Summary Botanical PaperWorks, a leading producer of environmentally friendly seed paper products, makes biodegradable seed paper from post-consumer waste. The process to create these products is labour intensive. The process starts by creating a paper and seed slurry, where a mesh screen scoops up the slurry and forms it into a wet sheet. Pressure is applied on the sheets to reduce water weight, after which the paper goes to the drying station. Once the paper is dry, the paper is printed and packaged according to the orders. The current paper thickness ranges from 0.223 mm to 0.273 mm, a 10% variation, across both a single sheet of paper and across multiple sheets, due to inaccuracies in the handmade process. The objective of this project was to develop a process that will reduce paper thickness variation to 3% between sheets and within a single piece of paper. As well, the process will decrease operator strain from a subjective strain scale of 5/10 to 3/10 and increase the current output to more than the current 96 sheets per hour, up to an ideal value of 192 sheets per hour. The team generated 15 concepts that were compared against each other by using a screening matrix and a weighted scoring matrix. -
State of the States: Drug Policy Reforms: 1996-2002
S T A T E O F T H E S T A T E S DRUG POLICY REFORMS: 1996-2002 A REPORT BY THE DRUG POLICY ALLIANCE SEPTEMBER 2003 By Bill Piper, Associate Director of National Affairs Matthew Briggs, Director of Publications Katharine Huffman, Director of State Affairs Rebecca Lubot-Conk, Associate Director of State Affairs 7 0 W E S T 3 6 T H S T R E E T 1 6 T H F L O O R N E W Y O R K, N Y 1 0 0 1 8 W W W . D R U G P O L I C Y . O R G ( 2 1 2 ) 6 1 3 - 8 0 2 0 S T A T E O F T H E S T A T E S DRUG POLICY REFORMS: 1996-2002 A REPORT BY THE DRUG POLICY ALLIANCE EXECUTIVE SUMMARY This report details over 150 notable drug policy reforms enacted by voters and legislators in 46 states between 1996 and 2002. This is the first comprehensive documentation of these important political developments, and is designed to allow ready analysis both by region and type of reform. Unlike their federal counterparts, who by and large remain paralyzed by decades of failed drug war rhetoric and inertia, state officials and the voting public are moving forward. The number and scope of these reforms provide evidence of diminishing public confidence in the reflexively “get-tough” answers of the drug war, and a growing commitment to approaches rooted in science, fiscal responsibility, public health and civil rights.* The reforms discussed in this report were initiated, sponsored and supported by Democrats, Republicans, Libertarians, Greens and Independents. -
Hemp As an Agricultural Commodity
Hemp as an Agricultural Commodity Renée Johnson Specialist in Agricultural Policy June 22, 2018 Congressional Research Service 7-5700 www.crs.gov RL32725 Hemp as an Agricultural Commodity Summary Industrial hemp is an agricultural commodity that is cultivated for use in the production of a wide range of products, including foods and beverages, cosmetics and personal care products, nutritional supplements, fabrics and textiles, yarns and spun fibers, paper, construction and insulation materials, and other manufactured goods. Hemp can be grown as a fiber, seed, or other dual-purpose crop. However, hemp is also from the same species of plant, Cannabis sativa, as marijuana. As a result, production in the United States is restricted due to hemp’s association with marijuana, and the U.S. market is largely dependent on imports, both as finished hemp-containing products and as ingredients for use in further processing (mostly from Canada and China). Current industry estimates report U.S. hemp product sales at nearly $700 million annually. In the early 1990s there was a sustained resurgence of interest to allow for commercial hemp cultivation in the United States. Several states conducted economic or market studies and initiated or enacted legislation to expand state-level resources and production. Congress made significant changes to federal policies regarding hemp in the 2014 farm bill (Agricultural Act of 2014 (P.L. 113-79, §7606). The 2014 farm bill provided that certain research institutions and state departments of agriculture may grow hemp under an agricultural pilot program. The bill further established a statutory definition for industrial hemp as “the plant Cannabis sativa L. -
Kentucky Department of Agriculture Industrial Hemp Research Pilot Program Processor/Handler List 2020
Kentucky Department of Agriculture Industrial Hemp Research Pilot Program Processor/Handler List 2020 Kentucky Department of Agriculture Industrial Hemp Research Pilot Program 2019 Processor/Handler List The following companies are some of the current Kentucky Licensed Processors/Handlers in the Kentucky Department of Agriculture (KDA) Industrial Hemp Research Pilot Program. This is not a complete list of processor/handlers. The list includes only those License Holders that elected to have their contact information publicized. Listings are in alphabetical order. KDA does not recommend or endorse any of these companies. Some of these companies may still be in the planning phase, and none of them are obligated to accept any orders or new growers. Any contract or transaction is solely between License Holders. KDA recommends that any License Holder carefully read and fully understand the terms of an agreement with any processor before signing a contract. All parties must read the KDA 2019 Transfer Requirements document located on the Hemp Program website at www.kyagr.com/marketing/documents/HEMP_RSTR_Transfer-Requirements.pdf. Industrial hemp in Kentucky remains a controlled substance outside the KDA Industrial Hemp Research Pilot Program. KRS 260.858, Section(3) specifies, "It is unlawful for a person who does not hold a license issued by the department, or who is not an agent of a licensee, to cultivate, handle, process, or market living industrial hemp plants or viable seeds, leaf materials, or floral materials derived from industrial hemp. Penalties for persons who cultivate, handle, process, or market living industrial hemp plants or viable seeds, leaf materials, or floral materials derived from industrial hemp without a license are the same as those penalties that are applicable to persons who violate KRS Chapter 218A, relating to marijuana ." Please visit www.kyagr.com/hemp for more information about how to apply for a hemp license. -
DIY Household Goods Spring 2021 Beeswax Wrap Supplies Instructions • Beeswax 1
Creativity & Your Well-Being: DIY Household Goods Spring 2021 Beeswax Wrap Supplies Instructions • Beeswax 1. Preheat oven to its lowest setting, or 200°F. Optional: line a baking sheet with • Grater (if beeswax is foil to ensure that no wax sticks to it. not pre-grated) 2. Grate beeswax using grater unless you bought it in beads. • Clean fabric 3. Use pinking shears to cut fabric into desired shape and size – this will reduce • Pinking shears fraying. Try 8” or 11” squares that but make sure they fit on the baking sheet. • Aluminum foil 4. Cover the baking sheet with parchment paper. Place a piece of fabric on top (optional) and sprinkle with grated beeswax. Start with a light sprinkling, about 2 • Parchment paper teaspoons – you can always add more. If using, add a very light sprinkling (1/4 • Baking sheet teaspoon) pine rosin and a few drops of jojoba oil. • Wide paint brush 5. Place in the oven and let it melt for 5-10 minutes. One the wax has melted, use (such as foam), the brush to cover the fabric evenly. If necessary, add more wax repeat this ideally one you don’t step. mind ruining 6. Let fabric cool for a minute, then peel it off the parchment paper. Wave it • Optional: pine rosin around for a few seconds and the wax will harden. Set aside to allow to fully and jojoba oil dry. 7. Repeat with remaining fabric. 8. When finished, tear up parchment paper and compost it. Dip grater into a pot of boiling water to remove excess wax.