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FIELD: peat extraction.SUBSTANCE: quarry method of peat extraction. The method involves selecting a production site. The perimeter of the site is fenced with a protective barrier to prevent moisture from entering it. The height of the bridge is higher than the maximum daily thickness of precipitation. Lintel boards are assembled from boards that are covered with polycarbonate or fiberglass and connected with locks. Site preparation includes forest clearing, removal of plant debris and removal from the site. Drainage is also carried out, which includes digging field drains. The field drains are cut parallel to each other with a slope into a drain that diverts water into a receiving reservoir, from where the water is pumped beyond the dam to the main swamp. Peat extraction is carried out within the boundaries of the production site.EFFECT: elimination of the construction of a main canal for draining swamps with industrial peat reserves, ensuring the maintenance of a water balance between evaporation and moisture supply in a given area.1 cl, 1 dwg

The brown check mopla Kalakshetra Saree has special seer lines above the border called Mopla. The 5.5 meter saree with 50 inches in width saree has 1.5 inches zari double line checks with brown body and mustard border and pillayar moggu. The warp and weft in the body is brown. And in the border is Mustard and araku warp and mustard weft. Border: 8.5 inches The border is 8.5 inches with star design, pagudi, panner sombu with green seer lines, and two mopla zari lines (Mopla - The seer lines above the border) of 2.5 inches, with araku back ground and selvedge. Thalappu – 35 Inches The Thalappu is 35 inches with mustard pitni pallu and seep reku with Araku Background in centre. The borders of Thalappu has muttu seer lines followed by two bands with araku background and the border designs of star, panner sombu and green line.

本发明公开了一种基于主机深度耦合的煤泥梯级处理与资源化利用系统及方法。该系统集成了煤泥存储智能分配、两级制浆泵送、高效干化、废气协同治理及水热梯级回收单元。其核心在于构建“泵送+干化”双轨耦合架构，利用无人值守抓斗机灵活分配物料；泵送侧采用“一级多轴搅拌+二级螺旋精磨”的强化制浆工艺，解决高粘度煤泥输送堵塞难题；干化侧利用主机辅助蒸汽为热源，创新性地将干化废气经预处理后导入主机脱硫塔实现超低排放，并将蒸汽冷凝水经除铁净化后回用至主机凝结水系统。本发明有效解决了煤泥处置中的能耗高、二次污染及设备可靠性差等问题。

本申请公开了一种基于微波和太阳能的煤泥干燥方法、系统及装置，属于煤泥脱水技术领域，方法包括：获取干燥全线的多个干燥数据、当前输送带速度和物料位置；基于干燥数据，通过空间插值算法与时间‑空间变换算法，构建反映物料在二维传送平面上的水分场分布与温度场分布的实时状态剖面图；将实时状态剖面图输入至预设时序预测模型中，预测未来预设时间窗口内物料含水率的时空分布演化曲线与温度变化演化曲线；以时空分布演化曲线与温度变化演化曲线为输入，根据预设优化目标函数，求解控制参数序列；根据当前输送带速度、物料位置和控制参数序列，生成干燥控制指令。本申请实现了对煤泥干燥的精准控制，有效提升煤泥干燥的均匀性和能效。

本发明公开了一种煤泥封闭式热泵干燥用惰化气体循环系统，其包括干燥室、除尘装置、多个循环风机、惰化气体补充装置、热泵系统、多参数监测单元和控制单元，干燥室的出气口与除尘装置的进气端连通，除尘装置的出气端和惰化气体补充装置的输出端均与热泵系统相连通，热泵系统与干燥室的进气口连通以形成惰化气体循环回路，且惰化气体循环回路采用经净化处理后的烟气、氮气或其混合气作为循环工质，多参数监测单元包括设置于干燥室和惰化气体循环回路内的传感器组；本发明采用氮气或烟气作为干燥介质，形成惰化气体循环回路，实现干燥环境中氧含量的稳定控制与湿热能量的高效回收，从而实现煤泥干燥过程的安全、节能与高效运行。

The present invention provides a simple cost effective solution for fabricating high-performance semiconductor junction for photo- generated electrons based Au nanostructures grown on Silicon substrate by an electroless process. The invention enables to realize semiconductor junction for photo-generated electrons for various optoelectronic applications with appreciable performance

The subject of the application is a flow mixer for peat materials having a grinding chamber (1) with parallel arranged grinder shafts (2) connected to a first drive unit (3) located inside it, and a mixing chamber (4) located under the outlet of the grinding chamber (1) with two parallel arranged mixing shafts connected to a second drive unit (6). It is characterized in that the mixing shafts have on their outer surface pairs of blades in the shape of a curved plate, attached to the mixing shafts from a first side of the lateral surface of the plate with a smaller surface, in which blades, when viewed from the second lateral surface of the plate with a smaller surface, the planes of the central part (A1, A2) of the blade are inclined to the axis (x) of the shafts at an angle (α) of 65° to 75° and the planes of the lateral parts (B1.1, B1.2) of the blade and the planes of the lateral parts (B2.1, B2.2) of the blade are inclined in relation to the plane of the central part (A1, A2) at an angle (β) of 25° to 35°. The first lateral part of the plate (B1.1) of the first blade and the first lateral part of the plate (B2.1) of the second blade are turned towards the grinding chamber (1). The second lateral plate part (B1.2) of the first blade and the second lateral plate part (B2.2) of the second blade face the outlet of the mixing chamber (4). The first blade is attached to the shaft on the first side of the plane containing the shaft axis (x) and its diameters. The second blade is attached on the opposite side of the plane containing the shaft axis (x) and its diameters. The central part of the first plate (A1) is inclined opposite the central part of the second plate (A2). The plates on adjacent shafts are attached at predetermined distances (x1, x2, x3, x4) from each other along the shaft axes. Preferably, the plane formed between the axes of the shredder shafts (2) is inclined relative to the base at an angle (γ) of 35° to 45°. A pair of flat knives or blades attached alternately to the grinding shafts (2) rotates and covers an area of length (d1, d2) respectively (d3, d4), wherein the sum of the lengths of the individual knives in the pair is less than the distance (e) between the surfaces of the grinding shafts (2) in the axis formed between the centers of the grinding shafts (2). Fixed knives are located on the lateral surfaces of the inlet of the grinding chamber (1). The blades are attached to the shafts by means of detachable connections, preferably in the form of sliding screw clamps, enabling their attachment in various positions in the direction of the axis (x) of the shafts. Nozzles (11) for supplying liquid are located in the upper wall of the mixing chamber (4).

System (10) for removing water from bog biomass, including a transport device for transferring bog biomass, first rotating element (20),comprising an endless first strap (22) fitted to rotate around the power wheels (28),another rotating element (30),comprising an endless second strap fitted to rotate around the power wheels (38) (32),each system (10) is adapted to transfer bog biomass by means of transport between the first rotating element (20) the first belt (22) and the second rotating element (30) the second belt (32), and each system (10) is adapted to compress bog biomass between the first rotating element (20) the first belt (22) and the second rotating element (30) the second belt (32) to remove water from the bog mass known for it,that the said first strap (22) and said 20 second strap (32) comprise several rigid lamellas sequentially adjusted in the direction of rotation (23, 33),which the lamellas (23, 33) are adapted to contact the bog mass and which the lamellas (23, 33) are adapted to receive the compressive forces applied to said first strap (22) and said second strap (32).

The invention relates to simple and integrated processes developed from handle seed, such as handle seed powder, which can be easily used, for example, as ingredients in obtaining briquettes and pellets. The uniform mixture of dried grains of dried seed with leachate produced by the crushed biomass has been passed through an extruder or stuffer with a circular nozzle of two centimetres in diameter, obtaining a continuous briquette with said circular section of two centimetres in diameter, which has subsequently been fragmented longitudinally into pieces of 5 and 10 cm long, based on different intended practical applications. The briquettes of combustible material produced according to the invention are distinguished in that they have a combustion lacking bad odors, and therefore their use extends to the food and hotel sector in addition to traditional uses in stoves and boilers.

ABSTRACT UV CURABLE INK COMPOSITION AND A PROCESS FOR PREPARATION THEREOF The present disclosure relates to a UV curable ink composition and a process for preparation thereof. The UV curable ink composition comprises a homogenized dispersion of a liquid media which includes lactone(s), acetate(s), acrylates, a stabilizer, and an additive, and a solid media which includes a photoinitiator, and optionally a coloring agent. The ink composition of present disclosure has high flexibility, and is environment friendly with reduced processing time. [IN201621034754A]