24-03-2014 Biogas Plants • Part of the carbon is oxidized and another part reduced to produce CO2 and CH4. • These bacteria live and grow without oxygen. • They derive the needed oxygen by decomposing biomass. • The process is favored by wet‚ warm and dark conditions. • The airtight equipment used for conversion is known as a biogas plant or digester‚ which is constructed and controlled to favour methane production. i. Stage I: • The original organic matter containing comlex
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Aquatic plants: Fixed plants Fixed plants are held in place by their roots which grow in the water-bed. The Water Lily and Lotus are such plants. Their stems are long‚ hollow and light. These stems reach the surface of the water. The leaves and flowers‚ which grow from the top end of the stems‚ float upon the water. The leaves are broad with stomata on the top surface so that the water does not block them. Lotus The roots of lotus are planted in the soil of the pond or river bottom‚ while
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Plants Desert Baobab Tree The baobab tree is the iconic tree of the African Sahara. It is readily recognized by its enormous trunk and‚ by comparison‚ scrawny stems and twigs. It is the source of many legends among the tribes of the area‚ and is also a rich source of traditional medicine. In a land where rainfall is limited and it is rare to find even tiny bushes‚ the gigantic baobab tree thrives. It is able to do so due to a number of unique adaptations that it has perfected over the course
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Ryan Tudino Mrs. Couchon Biology Honors/ 1A 10 April 2013 Abstract The seeds of summer squash (Cacurbita moschata)‚ beet (Beta vulgaris)‚ and pepper (Capsicum annuum) are all dicot plants‚ which mean that they have two seed leaves inside the seed coat. When they are placed in an environment and are watered with solutions of different acidic and alkaline levels‚ the root growth during germination is affected. The purpose of this experiment was to observe what type of substance‚ acidic or basic
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Introduction: Plants have adaptations to help them survive in harsh environments; Some live in a forests where plants have to find a way to get the sunlight they require‚ some live in an aquatic environments where there is an abundance of water‚ and some live in desert environments where it is dry and very hot. These plants have different adaptations such as leaf size‚ leaf surface‚ stem size‚ and their stress level. In this lab‚ we will be discussing plants from 3 different regions; forest‚ aquatic
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WELCOME TO MUEZ HEST INDIA PVT.LTD. www.muezhest.com PRESENTATION FOR “MARGARINE PLANT” FLOW DIAGRAM FOR MARGARINE REFINING PLANT Some Photographs of Installed Plant MARGARINE PLANT MARGARINE CRISTELISER MARGARINE PLANT ON SKID MARGARINE RE-MELT TANK MARGARINE EQUIPMENT LIST 1 3 2 Remelt Tank 6 7 Dosing Tank Blending Tank Feed Tank Performer (3 Nos.) 9 8 Water Phase Tank (2 Nos.) 5 4 Feed Pump (2 Nos.) General Accessories Maturator (2 Nos.) PERFORMANCE Fat/ Oils
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convenience of operations.An effective facility layout ensures that there is a smooth and steady flow of production material‚ equipment and manpower at minimum cost. Facility layout looks at physical allocation of space for economic activity in the plant. Therefore‚ main objective of the facility layout planning is to design effective workflow as to make equipment and workers more productive. | Facility Layout Objective A model facility layout should be able to provide an ideal relationship between
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Transport in Plants Matthew H. 9A 131002 Today I will be discussing our experiment and the basics of transport of minerals and water in plants. Transport in plants are called transpiration. Water evaporates from the leaves which cause a type of suction that draws water from the roots. The water travels up via the vascular bundles. This flow of water is called transpiration stream. Some pressure is created forcing some water out of the cells in into the spaces between the cells
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the plant. This means that guard cells on the stomata are generally inactive. 3. An increased number of stomata‚ that can be on either side of leaves. 4. A less rigid structure: water pressure supports them. 5. Flat leaves on surface plants for flotation. 6. Air sacs for flotation. 7. Smaller roots: water can diffuse directly into leaves. 8. Feathery roots: no need to support the plant. 9. Specialized roots able to take in oxygen. Floating All floating plants
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sulphate and tetracycline combination 300g + Copper oxychloride 1.25 Kg/ha. Papaya mosaic (Papaya mosaic virus) Symptoms: Mild leaf mosaic and stunting. No symptoms appear on petioles‚ stems or fruit. Stunting is only apparent when healthy plants are present for comparison (Conover‚ 1964). Approximately 5 days after inoculation‚ young greenhouse-grown seedlings show
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