Recherche par propriété

Cette page fournit une simple interface de navigation pour trouver des entités décrites par une propriété et une valeur nommée. D’autres interfaces de recherche disponibles comprennent la page recherche de propriété, et le constructeur de requêtes ask.

Recherche par propriété

Une liste de toutes les pages qui ont la propriété « Material » avec la valeur « *Agricultural residue : straws For 50 kilo of straws *100L water *5.5kg clay *15 kg crushed peanut shells ». Puisqu’il n’y a que quelques résultats, les valeurs proches sont également affichées.

Affichage de 34 résultats à partir du n°1.

Voir (200 précédentes | 200 suivantes) (20 | 50 | 100 | 250 | 500).


    

Liste de résultats

    • Bio-Coal  + ( *Agricultural residue : straws For 50 kilo of straws *100L water *5.5kg clay *15 kg crushed peanut shells )
    • Manual Pump (vertical)  + ( * The parts for the pump mentioned here * The parts for the pump mentioned here are all made of PVC: * 3 adapters 50mm-25mm * 2 couplings 50mm diameter * 1 tee 50mm-25mm * 1 or 2 elbows 25mm (in accordance with requirements for water outlet) * 1 - 2 metres of 25mm diameter tubing (in accordance with requirements for water outlet) * 1 - 2 metres tubing 50mm diameter * 2 (glass) marbles with a diameter greater than 25mm, * 2 screws 50mm long (minimum) For the piston: * 1 - 2 metres of tubing 40mm, * 1 Tee XXmm-40mm * 1 x tube cap 40mm (or preferably slightly larger) * acetone (or similar solvent) tly larger) * acetone (or similar solvent) )
    • Biofilter  + ( * 2 x 60L containers, e.g. plastic rubbi * 2 x 60L containers, e.g. plastic rubbish bins (preferably made of solid, durable inert plastic) * 1 x lid * 1 x 15L (approx.) bowl of an equal diameter to the container (preferably made of solid durable inert plastic) * Water pump/airlift pump for pond or aquarium min. 300 L/hour to a height of 1m * 50cm hose pipe (with a diameter which will fit the pump output) * Expanded clay ball or porous volcanic rock (microporous materials are good for making a solid habitat for mirco-organisms): approximately 5L for the biofilter and 5L for the worm composter (bedding material for drainage) * Straw/dried vegetation (habitat made of materials high in cellulose for micro-organisms), approximately 5L for the biofilter and 5 L for the worm composter * Water: approximately 40L * Fungi (Trichoderma or Strepomyces) (GHE - BM or Subculture) or rotting organic matter, * A good selection of earthworms (min. 50) * A good selection of earthworms (min. 50) )
    • Extinguisher  + ( * A plastic bottle of 2L * A fine plastic * A plastic bottle of 2L * A fine plastic bag (for fruits for example) * A big nail (100 mm x 4 mm) * A BIC pencil spring * A cork * Paperclips or pieces of metal (drilling drops for example) * Masking tape (for painting) * 750 mL of alcohol vinegar * 750 mL of water * 105 g of baking soda * One tablespoon of dishwashing liquid soda * One tablespoon of dishwashing liquid )
    • Buried Aymarian Greenhouse  + ( * Adobe (using bricks of clay and straw) to build the walls, * Bricks to build columns to support the roof * Wood for the framework * Plastic (agroplastico) tarpaulin for the roof * mud and/or black nets to control the temperature )
    • Rideau thermique - prototype 1  + ( * Partie bleue du masque : - Waterproof * Partie bleue du masque : - Waterproof * Partie Inter-couche du masque (partie blanche) : - Contient du polypropylène (High durability - excellent insulation- recyclable …) * Paquet de chips vide (contient de l’aluminium): - Couche réfléchissante de la chaleur * Sponge: - Pour séparer les douches de l’aluminium, pour créer un espace vacant entre deux couches d’aluminium pour augmenter isolation thermique (R-value). * Carton: - Plus spécifiquement dans les places ou passe la couture, pour que les deux couches d’aluminium ne se colle par entre eux, comme ça on évite la transmission thermique. omme ça on évite la transmission thermique. )
    • Enhanced cooker  + ( * rocks * clay *salt *pig hair * donkey's dung which has previously fermented for 5 days in plastic tarpaulin * straw * water * sheet metal / iron armatures for the chimney )
    • Manual pump (vertical)  + (All these pieces are here in PVC for the All these pieces are here in PVC for the pump : - 3 adapter 50mm-25mm - 2 couplings 50mm - 1 T 50mm-25mm - 1 or 2 25mm elbows (depending on water outlet requirements) - between 1 and 2 metres of 25mm tube (depending on water outlet requirements) - between 1 and 2 meters of 50mm tube - two balls over 25mm in diameter (glass balls) - 2 screws at least 50 mm long for the piston : - between 1 and 2 meters of 40mm tube - 1 T XXmm-40mm - 1 tube cap of 40mm, if possible a little wider paint stripper (acetone type)ittle wider paint stripper (acetone type))
    • Worm Compost Bins  + (Large plastic or iron container with lid, Large plastic or iron container with lid, 100 – 200 l Stainless ball or butterfly valvetap (1/2” inch or 3/4” inch) with hydraulic fittings Teflon Rocks, peppels, gravel, or expanded clay balls Sand. Not salty sand from sea! Good loamy soil to 30/40 cm height Cow or horses manure, several big handfuls, broken up Kitchen wastes, a bit. To be added to the system after 10 days Worms (100/ 200, depending on the dimension of the barrel). Better the red worm, they are more active and efficient, even if not local! Dry leaves or straw 2/3 ventilation filter in plastic of 10/12 cm diameter [ Mosquito net can be used instead of the ventilation filters.] silicon Bricks or other material 2 old big T-shit Non-woven blanketrial 2 old big T-shit Non-woven blanket)
    • Solar coffee roaster  + (Roaster: *Cement mixer, *Black painting, Roaster: *Cement mixer, *Black painting, *Aluminum sheets, *Isolating material (fiberglass, rock wool, foam,..) Parabola: *Stainless steel or aluminum bars, *Metal frame, sheets of metal, *Wires Mechanical par: *Belt or chain, *Gears (toothed wheels), *Handle or motor or water wheeld wheels), *Handle or motor or water wheel)
    • A wood-saving oven  + (• A metal canister of at least 30 cm in di• A metal canister of at least 30 cm in diameter • Some bricks 4 cm thick maximum • A big bucket • A metal pipe 10 cm in diameter (the length depends on the height of the ceiling in the house and the chimney must exceed the roof by at least 30 cm). • Soil (clay soil if possible) • Cement • A grill whose width is slightly smaller than that of the canister • Wire mesh less than 0.5 cm canister • Wire mesh less than 0.5 cm)
    • Biodiesel  + ('''1.1 Oil''' Our approach being the most'''1.1 Oil''' Our approach being the most ecological possible, the oil used for making biodiesel is '''used cooking oil''' collected from all sorts of eating establishments. In order to collect the best sort of oil, talk to the owner of the restaurant as well as the chef so you can explain the purpose of your approach. Collecting oil without permission can be qualified as an offence. Furthermore, make sure you check the quality of the oil collected. Used oil contains free fatty acids. They appear when oil is left in the open air over a certain period of time and becomes rancid or when heated in the presence of water. Frying food (that contains water) therefore causes FFAs to appear in oil. During transesterification, these FFAs react with the catalyst (strong base) and create an unwanted soap. The soap stops the products of the reaction, biodiesel and glycerol, from separating correctly, which creates an emulsion that is difficult to work with. The more the cooking oil is used, the more the concentration in FFAs increases and becomes browner. '''Therefore, try to avoid collecting old, brown oil'''. The better the quality of the oil is, the easier the converting process will be. When making biodiesel, '''prefer''' using oil such as vegetable oil with a neutral pH or nearly neutral such as '''rapeseed, corn oil or sunflower oil'''. These oils have a low freezing point, which means they don't solidify if temperatures drop in winter (freezing temperatures for these oils range from -10°C to -2°C for rapeseed, -15°C for sunflower). '''Avoid peanut, coconut and palm oil or animal fats''' because the temperatures at which they solidify are too high (>10°C), even if biodiesel has a lower freezing point than the oil it originates from. Also ban olive oil that is too acidic, these acids could interfere during the reaction in the creating of biodiesel. '''1.2 Methanol''' Methanol, or wood alcohol, used to be obtained by wood pyrolysis. Nowadays, it is synthesized from natural gas and is mainly used as an antifreeze for coolants, as a solvent for the synthesis of other chemicals or as fuel in the racing field (dragsters, model engines). It can be purchased through suppliers who specialize in chemicals, some DIY stores and garages.
      To make biodiesel, it's important you use methanol that's practically pure (99%).
      It's very flammable and the slightest spark could cause burns or an explosion. It is also toxic and can cause blindness if inhaled or ingested.
      '''1.3 Catalyst''' Either sodium hydroxide (NaOH, caustic soda) or potassium hydroxide (KOH, caustic potash) can be used as a catalyst. They are both corrosive and highly basic. These chemicals are quite common and can be found in DIY stores, on line or through chemical suppliers. KOH and NaOH are both hygroscopic, which means they absorb the humidity in the atmosphere quickly. They become less efficient catalysts in the presence of water: always keep them in sealed, airtight containers. '''NaOH vs KOH, different properties.''' * Sodium hydroxide (NaOH) is less expensive and commonly used to make biodiesel on a small scale. However, sodium hydroxide (NaOH) contaminates the water used for cleaning biodiesel and must not be disposed of in nature. We therefore suggest you don't use it if you cannot ensure water treatment. * Potassium hydroxide (KOH) having higher catalysis properties, is gaining in popularity. Potassium hydroxide (KOH) dissolves easier in methanol and is less sensitive to water. Furthermore, the glycerin obtained through the reaction remains liquid and can be added to compost with more safety or used in small amounts as a supplement for animal feed.
      ed through the reaction remains liquid and can be added to compost with more safety or used in small amounts as a supplement for animal feed.)
    • Domestic biodigestor  + ('''Matter circuit''' * 1 60 L can * 1 160'''Matter circuit''' * 1 60 L can * 1 160 mm plug * 1 160-100 mm reducer * 1 100-50 mm reducer * 1 meter PVC 50 mm tube * 4 45° 50 mm PVC MF bends * 2 50 mm separable connections * 2 50 mm through wall connectors * 2 MM 50 mm sleeves * 1 50 mm PVC plug * PVC glue * Etchant * Joint compound for plumbing '''Gas circuit''' * 2 planar nuts 1/2’ for through wall gas connector * 1 batch of planar joints * 1 threaded tube of 1/2’ * 1 brass MF 1/2’ bend * 1 connector FF 1/2’ gland nut * 1 gas valve 15x21 MM * 1 batch of hose clamps * 1 gas pin 1/2’ F * 5 m gas pipe * 1 water filter * 1 sulfur filter made of clay balls * 2 gas valves * 3 T gas pipes * 1 compressed air dismountable connector * 1 manometer * 1 flexible 150L water tank * 1 gas compressor * 1 gas cooker * 1 heat matas compressor * 1 gas cooker * 1 heat mat)
    • Spirulina farming  + ('''Spirumeter'''. * White plastic cap * Sc'''Spirumeter'''. * White plastic cap * Screws * Wooden or plastic rod or ruler '''Medium of culture'''. * Drinking water * Sea salt * Bicarbonate of soda '''Mineral Food''' * Potassium Nitrate * Monoammonium phosphate * Iron Sulfate * Potassium Sulfate (optional) * Magnesium sulfate (optional) or *[https://spirulinasolutions.fr/boutique/nourriture-minerale-de-la-spiruline/ Pre-weighed food for sale N50 and N250] '''Natural food''' * White vinegar * 100g rusty nails * 5 to 10 lemons or citric acidusty nails * 5 to 10 lemons or citric acid)
    • Desert fridge  + ( * - 1 clay pot of 50 x 46 cm, preferably * - 1 clay pot of 50 x 46 cm, preferably round ( 50cm diameter ) *1 clay pot of 30 x 40 cm, preferably round ( 30cm diameter ) *About 45 kg of fine sand * About 15 litres of drinking water* *1 breathable fabric or cover Adaptability : The dimensions of the two jars vary according to the quantity of food you wish to be able to preserve. Here we propose to build a Zeer Pot that can contain 12 kg of food. This will require an outer pot 50 cm in diameter and an inner pot 30 cm in diameter. The size can be adapted according to the needs provided that the proportions are respected. Health precautions : Attention : *Using contaminated water could contaminate the food deposited in the inner pot. The same will apply if the sand contains harmful elements such as hydrocarbons. ains harmful elements such as hydrocarbons. )
    • The organic filter  + ( * 2 vats of 60L each, such as black bins * 2 vats of 60L each, such as black bins (strong inert plastic and preferably durable) * 1 lid * 1 basin of about 15L of the same diameter as the vats (strong inert plastic and preferably durable) * water pump or lift pump basin or aquarium min 300L / h at H = 1m * 50 cm garden hose (diameter adapted to the outlet of the pump) * ball of expanded clay or porous volcanic rock (microporosity will be the solid habitat of microorganisms): about 5L for the organic filter and 5L for the earthworm composter (draining litter) * straw / dry grass (degradable cellulosic habitat of microorganisms) about 5L for the organic filter and 5L for the earthworm composter * water: about 40L * fungi (Trichoderma or Streptomyces) (GHE - BM or Subculture) or decaying organic matter * earthworms (at least 50 earthworms of the correct variety) least 50 earthworms of the correct variety) )
    • Spirulina-growing pond  + ( * 50 to 100 mm long wood screws * 18mm lath * Half-rafter * Leveling feet * Geotextile * Waterproof tarpaulin * Staples * Greenhouse tarpaulin or food film * Polycarbonate plate 3x1 m * Cardboards * Silicone )
    • Recycling shower  + ( * A tank or a plastic container with a mi * A tank or a plastic container with a minimum capacity of 10L * A bunghole with overflow system and closing system * One 1/2" male gland * An instantaneous water-heater (Electrical with fuse or gas depending on context) * A self-priming pump type camping car, 12V, minimum 10L/min ([https://www.pompe-shurflo.com/series-5000-2086 example]) + 220V>12V power supply adapted (about 4A in 12V) * An accumulator adapted to the pump ([https://www.pompe-shurflo.com/accessoires/accumulateur-shurflo-181-101-au-meilleur-prix-2345.html?search_query=accumulator&results=1 example]) * A filtration station with associated cartridges ( 50 microns, 20 microns, activated carbon) ([https://www.leroymerlin.fr/v3/p/produits/station-de-filtration-d-eau-de-pluie-equation-e10775 example]) * Male to male adapters 3/4>1/2 for filter holders and possibly wall passageways * A 3-way valve * Flexible female / female 1/2 * Teflon coil * Optional: a shower tray * Optional: UV lamp on coil * Optional: a shower tray * Optional: UV lamp )
    • Ceramic water filter  + (Materials Sawdust clay clean water: for mixing with the clay and the flow tests colloidal silver container with tap (ceramic, plastic, metal) plastic bags for the pressing process Fuel for the oven)
    • Bio-sand filter for drinking water  + ( * One meter of PVC pipe for drinking wate * One meter of PVC pipe for drinking water adduction, 100mm diameter. * One PVC plug, adapted to the pipe. * One cover * PVC glue. * Sand, if possible from crushed stones, diameter 0-1mm, in order to fill 60 of the pipe. * Gravel zone, 6-10 mm, in order to fill 10cm of the pipe. * Flexible plastic pipe intented for food. * 3 bends, adapted to the flexible pipe. * Silicone s, adapted to the flexible pipe. * Silicone )
    • Bio Charbon  + ( * Résidus agricole : paille Pour 50 kilo de paille *100L Eau * 5.5 kg d'argile * 15 kg de Coques d'arachide broyées )
    • Bio Charbon  + ( * Résidus agricole : paille Pour 50 kilo de paille *100L Eau * 5.5 kg d'argile * 15 kg de Coques d'arachide broyées )
    • Pasteurisation of Fruit and Vegetables  + ( * Surplus fruit and vegetables * Water )
    • Lacto-Fermented Preserves  + ( * Vegetables which are usually eaten raw * Table salt * Water )
    • Plastic pyrolyzer  + ( *1 large stainless steel tank with lid *3 small stainless steel tanks *copper pipes (diameter 6mm) *7 copper uniseal joint (for watertightness of joints) *O-ring (for watertightness of tanks) *Plastic waste PP and/or HDPE/LDPE )
    • Bio-Coal  +
    • Water Ceramic Filter  + ( *Clay, * Wood fines, *Silver, *Plastic container with a tap, )
    • Farming of edible crickets  + ( *Waterproof box * Cartons: egg tray type *A plastic glass *2 containers (dish) * A tray *Fine mesh *Coconut fibre or ground dry matter *Food for crickets (here finely crushed wheat) )
    • Preservation module  + ( *Wood boards *Threaded steel rods *Nuts *Clay pots (2 different sizes) *Moskito net *Tarp *Sand )
    • Hydroponics  + (1. Crop gutters * Cleats (minimum width 11. Crop gutters * Cleats (minimum width 10cm) * Plastic sheeting * Staples * Clay beads
      Prefer the small clay balls, they are heavier and will allow a better maintenance of the roots
      * Brackets * Wood screws * Young shoots and cuttings 2. Irrigation system * 1 Submersible pump (aquarium pump) * 5 m of thin plastic pipe (pump outlet) * 1 End cap with 4 outlets for fine pipe * 50 cm of wide plastic tube (Link between the filter and the bio-filter) * 1 Wide pipe end cap (to be fixed on the filter tank) * 1 Blower 3. Filter and bio-filter * 2 plastic bins of 60L * Large gravel * Sand * 10L Clay beads * 40L of water [[:Modèle:In order to ensure homogeneity of the water in terms of nutrients and temperature, we recommend using about 40L of water per square meter of cultivation.]] 4. Control system * Socket outlet with programmable timer or Arduino
      [[:Modèle:In order to ensure homogeneity of the water in terms of nutrients and temperature, we recommend using about 40L of water per square meter of cultivation.]] 4. Control system * Socket outlet with programmable timer or Arduino)
    • Fermented drinks - Homemade sodas  + (<div class="mw-translate-fuzzy"> *Fruit peels or rinds (orange, lemon, ginger, kiwi, mango, pineapple...) *Sugar (white, brown) *Water </div>)
    • fulu to etumbelo za moyi  + (<div class="mw-translate-fuzzy"> boi
      boite: *9 plaques pe ya contre plaques ya 500x500mm et epaisseur ya 10mm(munene makasi te po caisse ezala kilo mingi te) isolant ya 40mm ya epaisseur (4 palques ya 500x500mm):polysterenes,(kozua yango na batu ba tekaka mpisi /to na ba magasin ya electromenager),liege ya plaque,vermiculite... *4 metres ya ba baguettes ya munene moko na isolant *papier aliminuim *visserie pona visse 4x40(environ 80) *sete 1,5x25mm (environ 10) vitre,ndaku to cadre pe ba toyi: *vitre ya 410x470mm,ya munene mingi te 2 a 3mm(nazua yango na fulu ya ba menusier ya ba vitre *panneau agglomere ya epaiseur moko na vitre ,moko ya 500x500mm pe mususu ya 500x500mm *palette/libaya (8 planches ya 500x60mm pe ya epaisseur mingi te (20mm) *1metre de charniere fine na ba vis na mutu ya plates ou 6 charniere *3 metres ya singa (4mm de diametre)ya joint
      *9 plaques de contre plaqué de 500x500 mm et d’épaisseur d’environ 10 mm (pas trop épais pour que la caisse ne soit pas trop lourde) Isolant d’environ 40 mm d’épaisseur (4 plaques de 500x500 mm) : polystyrènes, (récupérable chez le poissonnier / en fin de marché ou dans un magasin d'électroménager), liège en plaque, vermiculite … *4 mètres de baguettes de la même épaisseur que l’isolant *Papier aluminium ou adhésif miroir (plus chère) *Visserie 4x40 (environ 80) *Clous 1,5 x25 mm (environ 10) Vitre, cadre et oreilles : *Vitre de 410x470 mm, pas trop épaisse 2 à 3mm (récupérable dans la poubelle d’un menuisier pose de vitre) *Panneau aggloméré de la même épaisseur que la vitre, une de 500x500 mm et une autre de 500X550 mm *Palette / Planches de bois (8 planches d’environ 500x60 mm et pas trop épaisse (environ 20 mm) *1 mètre de charnière fine avec des vis à têtes plates OU 6 charnières. *3 mètres de cordelettes (4 mm de diamètre) joint
      es. *3 mètres de cordelettes (4 mm de diamètre) joint)
    • Worm Compost Bins  + (Large plastic or iron container with lid, Large plastic or iron container with lid, 100 – 200 l Stainless ball or butterfly valvetap (1/2” inch or 3/4” inch) with hydraulic fittings Teflon Rocks, peppels, gravel, or expanded clay balls Sand. Not salty sand from sea! Good loamy soil to 30/40 cm height Cow or horses manure, several big handfuls, broken up Kitchen wastes, a bit. To be added to the system after 10 days Worms (100/ 200, depending on the dimension of the barrel). Better the red worm, they are more active and efficient, even if not local! Dry leaves or straw 2/3 ventilation filter in plastic of 10/12 cm diameter [ Mosquito net can be used instead of the ventilation filters.] silicon Bricks or other material 2 old big T-shit Non-woven blanketrial 2 old big T-shit Non-woven blanket)
    • Black Soldier Fly breeding  + (The materials used will depend on the suppThe materials used will depend on the support used to build the living space of your larvae. This can be done in a wooden box, a drum cut in half, a large plastic box...
      For the boat, we chose a wooden box because we had recovery boards
      For an order of size, our box will allow to treat waste (food and from dry toilets) produced by 3 persons. For the box (120/65/30cm):
      *120/65cm x2 wood boards *120/30cm x2 wood boards *65/30cm x2 wood boards *Iron angles *Hinges *Screw *Paint and varnish *Plastic tray of 100/60/15cm *Plank and pieces of wood to make the ramp *Inner tube *Staples *Plastic box to collect larvae
      For the aviary (80/50/45cm): * Wood bars of 80/5/2cm x4 * Wood bars of 41/5/2cm x2 * Wood bars of 40/5/2cm x2 *50/45cm plywood board (for the bottom) *Hinges *Screw *Angles *Mosquito net *50/10cm board (for opening) For pupae and egg laying: *Cardboard or wooden plates separated by pins *A box to put some waste *A box to put the pupae *Dry substrate (coconut fiber...) *A box for the hydration of flies
      Don't forget to protect the living space from the water. The eggs will burst with water!
      b-o"></i></div> <div class="icon-instructions-text">Don't forget to protect the living space from the water. The eggs will burst with water!</div> </div>)